safety with ventilation power geze drive technology … · safety with ventilation power geze drive...

B E W E G U N G M I T S Y S T E M

SAFE T Y WITH VENTILATION POWER

GEZE DRIVE TECHNOLOGY FOR

SMOKE AND HEAT EXTRACTION SYSTEMS (RWA)

G E Z E R WA A N D V E N T I L AT I O N T E C H N O LO G Y

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Table of Contents

Foreword Safety with ventilation power – GEZE RWA systems 4

Chapter 1 Overview of types of windows, RWA system structure and components 6

Chapter 2 GEZE RWA exhaust systems

2.1 Electrically operated chain drives

2.1.1 E 740 12

2.1.2 E 820 28

2.1.3 E 860 34

2.1.4 E 920 - E 990 46

2.2 Electrically operated spindle drives

2.2.1 E 250 / E 250 VdS / E 250 AB 51

2.2.2 E 1500 N and E 1500 S 58

2.2.3 E 3000 63

2.3 Opening and locking systems

2.3.1 RWA 100E 69

2.3.2 RWA 105E 72

2.3.3 RWA 110E 76

2.4 Electric linear drives E 212 and E 205 79

Chapter 3 GEZE RWA fresh air systems

3.1 RWA TÖ 82

3.2 RWA K 600 86

3.3 RWA AUT 95

Chapter 4 GEZE RWA special variations

4.1 RWA-EM “OPEN” 99

4.2 RWA-CO2 “OPEN” 101

Chapter 5 GEZE RWA Accessories 102

Chapter 6 Legal Basis

6.1 Building law 109

6.2 Construction products law 112

6.3 Servicing and maintenance 113

Safety with ventilation power

GEZE RWA SYSTEMS

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GEZE RWA SYSTEMS

GEZE RWA systems – Safety with ventilation power

GEZE o! ers numerous opening and closing solutions for windows for a wide range of di! erent application cases. The varied products on o! er

range from a large selection of drive systems for regular ventilation to complete fresh and exhaust air solutions for safe and fast natural smoke

extraction (NRA) – safety with ventilation power.

We at GEZE attach great importance to all-round support – from planning through help with technical implementation through to servicing

and maintenance.

For " re protection, a distinction is drawn between the concepts of “" re-" ghting” and “preventive " re

protection”:

j Fire-! ghting: The term “" re-" ghting” covers all steps taken in the event of a " re to combat the dangers

posed to life, health and property.

j Preventive ! re protection: This term covers all steps taken to prevent a " re from breaking out or

spreading and to keep escape routes open. The aim is to obstruct the spread of a " re long enough for

people to be able to escape safely by their own e! orts and to give the " re brigade time to allow people

to escape safely from the building.

The smoke and heat extraction system (RWA) is classed under “preventive " re protection” and will save lives

in the event of a " re. The legal foundations are the building codes, special building codes and technical

regulations of Germany on the federal and state levels.

During a " re considerable quantities of combustion products such as smoke and " re gases and heat energy

are produced. The most important task of the RWA system is to discharge the products of combustion from

the building e# ciently and quickly. Rooms and buildings without a RWA system " ll up with toxic smoke

gases within a very short time.

The risk for people trying to escape and the rescue services is signi" cantly increased in buildings without a

RWA system since the lack of smoke and heat extraction leads to an uncontrolled blazing " re, and the thick

smoke makes active and passive rescue impossible.

FOREWORD

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GEZE RWA SYSTEMS

Smoke spreading

without RWA

Smoke spreading

with RWA

Fire victims caused by direct contact with ! re only occur very rarely; almost 90% of all fatal ! re accidents

are due to su" ocation caused by smoke gases. “Fire victims are smoke victims” – there are two reasons for

this:

j Lethal constituents in smoky gasj Corrosive components which burn the lungs and airways when breathed in

Large amounts of smoke gas rise on account of thermal buoyancy and ! ll the room or the building with

smoke. The high ambient temperature can lead to the building collapsing in worst cases.

Conservation of the property structure is thus one of the major tasks for the RWA system. This way people

can escape from the building through their own e" orts, and the rescue services can carry out active rescue

– evacuation of the building – for longer.

How natural smoke extraction works:

Triggered by automatic smoke detectors or manually, the smoke and heat extraction system vents

are opened with the aid of electrically operated drives in the upper part of the building. The thermally

ascending smoke gases can escape through these vents even during the initial phase. The necessary fresh

air vents in the lower part of the building assist this process by balancing out the necessary mass # ow.

In summary, the following objectives are achieved by the use of smoke and heat extraction systems in

buildings:

FOREWORD

j Protection of individuals j Environmental protection j Protection of property

Keeping rescue routes smoke-free: Reducing damage to the environment: Conserving the building structure:

j Active rescue j Minimisation of damage caused by

! re-extinguishing activities

j Support for ! re-! ghting

j Passive rescue j Minimum use of extinguishing agents j Ventilation of the ! re

j Localisation of the ! re j Minimisation of the thermal load

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Components of an RWA system

Electromechanical drives

Electromechanical drives are used for opening and closing the fresh air and exhaust air areas for RWA and

ventilation. A functional test on the drives can be carried out at any time without material consumption.

The SHEV structure and the design allow ! exible adaptation to all window and frame pro" les as well as

! exible assembly possibilities in connection with all pro" le systems.

Electrical control

The control unit has two independent power supplies (mains and battery) which guarantee operation in

any situation. The functional safety of the cables and triggering devices is monitored. In the event of a " re,

the smoke parameter quickly triggers the automatic " re detector or external " re alarm system. There are

also numerous convenience ventilation functions available e.g. automatic, temporary ventilation or stroke

limitation for regular daily ventilation according to requirements.

The RWA vents can be triggered depending on wind direction, so that in the event of a " re the building

side away from the wind can be used for smoke dissipation.

Electrical manual control unit

The electrical manual control unit is used for the manual triggering of the RWA system and for indicating

operating and alarm states.

Automatic detector and sensors

There are di# erent sensors and detectors available for safety functions or for convenient natural ventilation.

Wind and rain detectors, temperature sensors and regulators are used for automatic ventilation control and

weather monitoring. Through the building management system, sensors from other systems can also be

used for RWA and ventilation control.

Smoke detectors, temperature detectors or heat di# erential detectors are designed to detect a " re and

trigger smoke extraction fast and automatically.


GEZE RWA SYSTEMS

Bottom hung casement, inward opening

Bottom hung casement, outward opening

Top hung casement, inward opening

Top hung casement, outward opening

Side hung casement, inward opening

Side hung casement, outward opening

Horizontally pivot hung casement, inward opening

Horizontally pivot hung casement, outward opening

Vertically pivoted casement, inward opening to the left

Vertically pivoted casement, inward opening to the right

Louvre window

Skylight, outward opening

SUMMARY OF WINDOW TYPES

A wide range of di# erent window and casement types are used in exterior walls:

GEZE RWA SYSTEMS

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MBZ 300

GEZE RWA SYSTEMS System structure – functional description

The control system of an electrical RWA mainly comprises the components shown in the system illustration.

The system covers two major task groups: emergencies and routine ventilation.

A GEZE smoke and heat extraction system is used for the routine ventilation of rooms and also for smoke

extraction in the event of a ! re. Here the emergency power supply unit controls smoke and heat extraction.

The windows, smoke " aps and light domes are opened and closed by means of electric drives.

For ventilation purposes control is via vent switch, rain/wind control unit or timer, and in the event of an

emergency alarm manually via RWA switch or automatically via smoke or heat di# erential detectors. In

addition, optional alarm signals can be connected up.

RWA systems consist of at leastj The opening system (fresh and exhaust air)j The emergency power supply unitj The RWA switchj The automatic release, e.g. smoke detector

Other components are optional.

RWA switch

TimerRain/wind control

Chain drive

Exhaust air system Fresh air system

Spindle drive Retractable arm driveOpening and locking system

Ventilation groupSignal inputs

Alarm group


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1 2

1

2

2

GEZE RWA AUT – TSA 160 NT

GEZE RWA 100E

GEZE E 740

GEZE E 820/E 860

GEZE E 3000 / E 1500 N/S

GEZE RWA AUT – Slimdrive SL

GEZE K 600

GEZE RWA SYSTEMS

EXAMPLES OF FRESH AND

EXHAUST AIR SYSTEMS

GEZE SHEV

If the system is to be used for ventilation as well, further components will be required, such as vent

switches. In the event of an alarm the windows will open up to their full opening angle. In this case the

vent switches are not functional. The windows are closed via the RWA switch or by resetting the alarm

in the control system. The RWA control unit takes over the control of these various functions. It supplies

the system components with power and bridges power failure. The most important components and

functions of the RWA central control unit are described below in more detail.

The SHEV is a certi! ed extraction system and is made up of the following components:j Drive with bracketsj Window pro! lej Window panelj Window ! ttingsj Seals

Where the building code requires a “smoke extractor”, the SHEV is a mandatory component of the RWA

system. GEZE SHEVs can of course also be used for daily ventilation.

For detailed information about GEZE SHEVs please refer to the GEZE SHEV system brochure.

GEZE fresh air systems GEZE exhaust air systems


GEZE RWA SYSTEMS

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Use as ventilation or RWA?

Use in the façade or in the roof area?

Drive Product

Requirement Type of use Max.

pushing and

pulling force

Max.

opening

widthRWA Ventilation Façade Roof

Spindle

RWA 100E d f d s

RWA 105E d f d s

RWA 110E d f d s

E 250 d f d d

E 250-AB d f d d

E 250 VdS d f d d

E 1500 N d f f d

E 1500 S d f f d

E 3000 d f s d

OL 350 EN f d d s

OL 360 EN f d d s

OL 370 EN f d d s

E350 N f d d d

Chain

E 740 (24 V) d d d d

E 820 d f d s

E 860 d f d d

E 580 (phased-out model) f d d s

E 740 (230 V) d d d d

E 840 s d d s

Scissor E 170 f d d s

Fresh air

RWA TÖ d f d s

RWA K 600 d f d s

RWA AUT d f d s

Key:

d = suitable

f = suitable with limitations

s = not suitable

low

high

Selection aid for determining the right drive

1

2


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GEZE RWA SYSTEMS

GEZE RWA SYSTEMS Abbreviations, acronyms and explanation of terms

This section brie! y explains the most important terms and de" nitions related to smoke and heat extraction

systems:

NRA/MRA

A natural smoke extraction system is based on the “natural” e# ect of the thermal buoyancy principle. In

contrast, the term MRA stands for a mechanical smoke extraction system.

RWA

The German abbreviation RWA stands for smoke and heat extraction system. This is made up of components

that have been chosen in such a way that they act together to conduct smoke and heat so that a stable

layer of warm gases is produced above cold and clean air.

SHEV

The SHEV is a naturally functioning smoke and heat extraction ventilation system. It is used to conduct

smoke and hot gases out of a building in the event of " re. In accordance with EN 12101 Part 2, this product

is made up of the following components:j Drive with bracketsj if necessary, the corresponding " ttings system j Window pro" lej Window glazingj Window " ttings

Smoke extraction/smoke dissipation

The term smoke extraction means the removal of smoke in the event of a " re (heat smoke removal).

A stable, low-smoke layer results close to the ! oor which enables safe use of escape routes. In Germany,

an SHEV in accordance with EN 12101-2 must be used when natural “smoke extraction” is required by the

building authorities.

Smoke dissipation serves cold smoke discharge which takes place after a " re to purge the building of

remaining smoke. This is a non safety-related structural product which is listed in construction regulation

list C.

CE mark

The CE mark is prescribed according to EU law for certain products in connection with product safety. By

applying the CE mark, the manufacturer con" rms that the product complies with the pertinent European

guidelines.

Abbreviations and acronyms

a Casement width (mm)

b Casement height (mm)

EW inward opening

AW outward opening

RM Installation on the frame

FM Installation on the casement

F Opening and closing force required (N)

P Casement weight (kg)

Ü Projection

HSK Main closing edge

NSK Side closing edge

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GEZE RWA exhaust systems

GEZE ELECTRICALLY OPERATED CHAIN DRIVES


RWA electrically operated chain drives as direct openers

The GEZE electrically operated chain drives are electrical slimline RWA drives for the direct opening of vertically mounted, rectangular

bottom, top, side and horizontally pivot hung windows, skylights and vertically pivoted windows. They are suitable for natural smoke

and heat extraction as well as smoke dissipation and ventilation. The drives are ! tted parallel to the window and can be matched to the

corresponding window colour. They have a special chain which can transmit both pulling and pushing forces. When closed, the chain is

rolled up in the drive housing and cannot be seen.

Electrically operated chain drives E 740 (syncro) E 740 Dual E 820 E 860

Dimensions (H x D x L): 42 x 54 x 423 mm 42 x 63 x 1000/1600 mm See stroke length: See stroke length:

Stroke 100 mm

Stroke 200 mm

Stroke 250 mm

Stroke 300 mm

Stroke 400 mm

Stroke 500 mm

Stroke 600 mm

Stroke 800 mm

Stroke 1000 mm

d

d

s

d

d

s

s

s

s

d

d

s

d

d

s

s

s

s

s

d 26 x 41 x 335 mm

s

d 26 x 41 x 380 mm

d 26 x 41 x 430 mm

d 26 x 41 x 545 mm

d 26 x 41 x 545 mm

d 26 x 41 x 625 mm

s

s

s

d 40 x 56 x 473 mm

o

d 40 x 56 x 549 mm

d 40 x 56 x 651 mm

d 40 x 56 x 651 mm

d 40 x 56 x 752 mm

d 40 x 56 x 854 mm

Max. pushing/pulling force 250/300 N 500/600 N 250/250 N 600/600 N

Running speed (at 2/3 load) 7 mm/s 7 mm/s8 mm/s for ≤ 400 mm

12 mm/s for > 400 mm

7.5 mm/s for ≤ 400 mm

9.0 mm/s for > 400 mm

End position

cut-o#

extended integrated path sensor integrated path sensorintegrated path sensor integrated path sensor

contracted Power consumption Power consumption

Overload cut-o# through power

consumption

through power

consumption

through power

consumption

through power

consumption

Voltage 24 V DC ±25% 24 V DC ±25% 24 V DC ±25% 24 V DC ±25%

Power consumption 0.9 A (0.95 A) 1.9 A 0.7 A 1.2 A

Max. residual ripple 20% 20% 20% 20%

ON period 30% 30% 30% 30%

Ambient temperature -5 0C to +70 0C -5 0C to +70 0C -5 0C to +75 0C -5 0C to +75 0C

Enclosure rating / protection class IP42 / III IP42 / III IP32 / III IP32 / III

Cables 2 m (5 m) silicone 2 m (5 m) silicone 3 m silicone 5 m silicone

Weight approx. 1.7 kg approx. 3.5 kg approx. 1.4 to 1.8 kg approx. 2.7 to 4.9 kg

Area of application Dry rooms Dry rooms Dry rooms Dry rooms

d = yes s = no

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GEZE E 740



GEZE chain drive E 740 / 24 V DC

Elegant direct opener with operator-friendly stroke setting

The chain drive E 740 is an electrical motor-driven solution for the opening and closing of bottom hung, top hung and side hung windows

opening both inwards and outwards, skylights and light domes. The impressive features of the drive include its elegant aluminium housing

and variable use: The E 3000 can be variably used for natural smoke and heat extraction and smoke dissipation as well as for ventilation. The

E 740 is suitable for installation in inspected and certi! ed SHEVs in accordance with EN 12101-2.

The high level of operating convenience is achieved through variable stroke setting via a rotary switch on the outside of the drive as well

as by simple and fast installation from the front. The E 740 is available as a Solo version – for single use – and Synchro version – for the

synchronised multiple use of up to four drives.

j Stroke length can be set variably to 100, 200, 300 or 400 mm through rotary switchj All ! xing parts made of metalj Simple and fast installation from the front with the aid of an innovative chain connectionj Two-piece pro! le with additional interior plastic shells guarantees low-noise function as well as high

protection type and class.j Controlled by microprocessor, constant speeds independent of the casement weightsj Up to four drives can be used in synchronised versionj Projection compensation from 0 to 25 mmj Suitable for use in tested and certi! ed GEZE SHEVs to EN 12101-2

PRODUCT FEATURES

ORDER INFORMATION – GEZE ELECTRICALLY OPERATED CHAIN DRIVE E 740 / 24 V DC

Description Version Id. No.

Electrically operated chain drive E740 / 24 V DC

EV1 112350

white RAL 9016 112351

to RAL 112352

Electrically operated chain drive E740 / 24 V DC Synchro

EV1 112410

white RAL 9016 112411

to RAL 112412

Drive ! xture skylight E740 112360

Bracket EW E740 RM 112355

Bracket AW E740 RM/FM 112365

Swivel bracket EW E740 RM 122106

Bracket set EW E740 RM 125398

Bracket AW E740 RM/FM Mini 133269

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Accessories for GEZE electrically operated chain drives E 740

GEZE bracket EW RM

for installation on the frame of bottom hung windows that open inwards

GEZE bracket AW RM/FM

for installation on the frame and casement of top hung windows that open outwards

as well as skylights and light domes

GEZE swivel bracket EW RM


GEZE bracket set EW FM

for installation on the casement of bottom hung and top hung windows that open inwards

GEZE drive ! xture for skylights

for installation the E 740 on skylights and light domes

Drive ! xture for skylights

Bracket set EW FM

Swivel bracket EW RM

Bracket AW RM/FM

Bracket EW RM

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423

206

412

54 7

0

42

a

General installation

possibilities

Fitting variants

General application data

Individual operation Synchronous operation

Max. casement area 1.5 m2 3 m2

Min. casement width (a) 430 mm 950 mm

Max. casement width (a) 1200 mm 2400 mm

Projection height 0-25 mm 0-25 mm

Max. casement weight See the respective application for the calculation equation

Min. casement height (b) depending on the type of installation and bracket

j Use in casement installation with separate bracket set possiblej Use on small casement heights with separate swivel bracket possiblej With larger casement areas, an additional locking bracket is required (can only be used for bottom hung casements

that are opened inwards)j Where space is limited, the bracket AW E 740 RM/FM Mini can be used on windows that open outwards, space

requirement 25 mmj Smaller casement widths are possible, the drives then project beyond the edge of the casement



Dimensional drawing RWA chain drive E 740

Bottom hung INWARD-OPENING (EW)Top hung OUTWARD-

OPENING (AW) Top hung INWARD-OPENING (EW)

Frame installation (RM) Casement installation (FM) Frame installation (RM) Casement installation (FM)

Bottom hung

window

Top hung

windows

Side hung

windows

Vertically pivoted

casement window

Horizontally pivot

hung window

Skylight

Frame installation (RM)

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b

P

F

F

P

b

F =p x stroke x 0.68

b

Example for E 740 in individual operation:

P = 25 kg = approx. 250 N

Stroke = 300 mm

b = 1000 mm

F =250 x 300 x 0.68

F = 51 N1000

Example for two drives E 740 Syncro:

P = 150 kg = approx. 1500 N

Stroke = 300 mm

b = 1000 mm

F =1500 x 300 x 0.68

F = 306 N1000

Top hung windows

F max. = 250 N

(individual operation)

F max. = 500 N

(synchronous operation)

Bottom hung window

F max. = 300 N

(individual operation)

F max. = 600 N

(synchronous operation)

Equation for calculating opening and closing force:

Stroke

Stroke

Bracket Bracket Swivelling bracket Bracket set Drive ! xtures

EW RM AW RM/FM EW RM EW FM Standard Skylight

Bottom hung case-

ment, inward openingd s d d d s

Top hung casement,

outward openings d s s d s

Top hung casement,

inward openingd s s d d s

Skylight s d s s s d

d = yes s = no

RWA chain drive E 740 on bottom hung and top hung windows that open inwards and outwards

Calculation of the area of application depending on casement weight and casement dimensions

Permissible wind loads must be taken into consideration!

Combination of brackets/type of installation

Key



Stroke Casement path/drive stroke (mm)




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390

28 28

25

58

38 21

32

423

167167

390 390

25

355

8

21

28 32

167 167 167 167

Bracket Bracket Bracket Swivel Bracket set

EW RM AW RM/FMAW RM/FM

Mini

bracket

EW RMEW FM

Min. casement height

Stroke 100 mm 200 mm 200 mm 200 mm s 200 mm

Stroke 200 mm 400 mm 350 mm 350 mm s 300 mm

Stroke 300 mm 850 mm 500 mm 500 mm 450 mm 400 mm

Stroke 400 mm 1300 mm 650 mm 650 mm 450 mm 500 mm

Min. casement width

Individual operation 430 mm 430 mm 430 mm 430 mm 430 mm

Synchronous

operation950 mm 950 mm 950 mm 950 mm 950 mm

Projection range 0-25 mm 0-25 mm 0-25 mm 0-25 mm 0-25 mm

Min. space requirement on the frame 58 mm 29 mm 29 mm 58 mm 30 mm

on the casement 32 mm 35 mm 25 mm 23 mm 22 mm

s = no

For individual operation

On horizontally and vertically pivot hung windows, FH corresponds to the distance from the main

closing edge to the hinge axis.

For synchronous operation

Drilling pattern for

bracket EW RM

Casement edge

Cas

em

en

t e

dg

e

Centre of window

Centre of drive

Casement width a

Spac

e

req

uir

ed

for

fram

e

Spac

e r

eq

uir

ed

for

fram

e

Minimum casement dimensions

Centre of driveFitting dimension f Fitting dimension f

Area of application

Casement width a Fitting dimension f

1950 – 2999 mm 212 mm

1000 – 2400 mm 1/4 a



Space requirement

Casement

Space required

for casement

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390390

29

21

44 28

35

167 167

28

167 167

23

167167

38

2828

390

58

390

28 28

38

167 167

23

56 56

423 423

167

44

28 28

29

11

21 35

390

167

23

167167

38

2828

390

58

56

423




bracket AW RM/FM

Cas

em

en

t e

dg

e

Centre of drive

Casement width a

Casement edge

Centre of window

Spac

e r

eq

uir

ed

for

fram

e



Centre of driveFitting dimension f Fitting dimension f

Area of application


1950 – 2999 mm 212 mm

1000 – 2400 mm 1/4 a

Spac

e r

eq

uir

ed

for

fram

e


swivelling bracket EW RM



Space required for

casement

Space required

for casement

Casement width a

Spac

e

req

uir

ed

for

fram

e Centre of window Space required for casement

Casement edge

Centre of drive Centre of drive Space required for casement

Casement edge

Fitting dimension fFitting dimension f

Spac

e r

eq

uir

ed

for

fram

e

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390

2843,528

13 1

5,5

3022

1111

2222

12.5

167167 2828

29

25

390

2828 43.5

13 15.5

390

30

22

2828 43.5

13 15.5

390

25

29

12.5

1111

2222

167167

28

28

28

28167 167

22 22

11

1112.5

390390






bracket set EW RM


bracket AW RM/FM Mini

Casement edge

Centre of window

Space required

for casement

Space required for frame



Area of application


1950 – 2999 mm 212 mm

1000 – 2400 mm 1/4 a

Casement edge

Casement width a

Centre of drive

Centre of drive

Casement edge


Spac

e r

eq

uir

ed

for

fram

eSp

ace

req

uir

ed

for

case

me

nt

Centre of casement

Spac

e r

eq

uir

ed

for

fram

e

Spac

e r

eq

uir

ed

for

case

me

nt

Casement edge

Casement width a

Centre of driveCentre of drive

Casement edge


Spac

e r

eq

uir

ed

for

fram

e

Spac

e r

eq

uir

ed

for

case

me

nt

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PF

40

60

Bracket

AW RM/FM

Min. casement

height

Stroke 100 mm 250 mm




Min. casement

width

Individual

operation450 mm

Synchronous

operation1000 mm

Projection range 0-20 mm

Min. space

requirement

on the frame 60 mm

on the casement 42 mm


Min. casement heights depending on projection

j Min. casement height depends on projection and increases as projection increasesj Guideline values: Installation can vary depending on the type of window

Cas

em

en

t h

eig

ht

up

to

ce

ntr

e o

f hin

ge

(mm

)

F = P x 0.68


RWA chain drive E 740 on skylight



Key

F Drive force required for opening (N)


Horizontal windows and light domes

F max. = 250 N (individual operation)

F max. = 500 N (synchronous operation)



F = 250 x 0.68 F = 170 N



F = 600 x 0.68 F = 408 N

Max. stroke 100 mm

Max. stroke 200 mm

Max. stroke 300 mm

Max. stroke 400 mm

Projection (mm)



Space required for casement


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44

48

21

18

218

436

218

436 436

218218

21

48

44

RWA chain drive E 740 on skylight

For individual operationDrilling pattern for

bracket AW RM/FM

Casement edge

Centre of window

Space requirement 450 mm


Fitting dimension f = 1/4 window width

Casement edge

Centre of window

Fitting dimension f Fitting dimension f



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GEZE E 740 DUAL



GEZE chain drive E 740 DUAL / 24 V DC

Double power in one housing – for real synchronised multiple operation

The electrically operated chain drive E 740 DUAL is made up of two drives that can be integrated inconspicuously in the building architec-

ture in a design aluminium housing. Like the Solo variation, the E 740 DUAL was developed for use on bottom hung, top hung and side

hung casements, skylights and light domes that open inwards and outwards. With twice the power, it guarantees the e! ortless movement

of heavy windows – with the swivel bracket even on small casement heights. The real synchronised operation goes easy on window pro" les

and hinges, increasing their service life.

The E 740 DUAL can also be used for natural smoke and heat extraction, smoke dissipation and daily ventilation, and can be installed in

inspected and certi" ed SHEVs in accordance with EN 12101-2.

j Variable stroke setting to 100, 200, 300 or 400 mm through rotary switchj All " xing parts made of metalj Simple and fast installation from the front with the aid of an innovative chain connectionj Installation times have been signi" cantly reduced thanks to the completely pre-assembled unitj Controlled by microprocessor, constant speeds independent of the casement weightsj Both chains run synchronouslyj Two standard versions in the lengths 1000 mm and 1600 mm

Special lengths available on requestj Suitable for use in tested and certi" ed GEZE SHEVs to EN 12101-2

PRODUCT FEATURES

ORDER INFORMATION – GEZE ELECTRICALLY OPERATED CHAIN DRIVE E 740 DUAL / 24 V DC


Electrically operated chain drive

E 740 DUAL / 24 V DC

Standard version, length 1000 mmEV1 135580

white RAL 9016 135581

Standard version, length 1600 mmEV1 135582

white RAL 9016 135583

Special version 135584

Drive " xture skylight E 740 DUAL 135758

Bracket EW E 740 RM 112355

Bracket AW E 740 RM/FM 112365

Bracket AW E 740 RM/FM Mini 133269

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Accessories for GEZE electrically operated chain drives E 740 DUAL

GEZE bracket EW RM


GEZE bracket AW RM/FM

for installation on the frame and casement of top hung windows that open outwards

as well as skylights and light domes

GEZE drive ! xture for skylights

for installation the E 740 on skylights and light domes

Drive ! xture for skylights

Bracket AW RM/FM

Bracket EW RM

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L2

L1

KK

63 72

42

a



Dimensional drawing RWA chain drive E 740 DUAL

Drive length Dimension L1 Dimension L2 Dimension L3 Dimension K Dimension N

1000 mm 1000 mm 982 mm 1020 mm 280 mm K + 10 mm

1600 mm 1600 mm 1582 mm 1620 mm 280 mm K + 10 mm

Special length min. 1000 mm

max. 2000 mm

L2 = L1 - 18 mm L3 = L1 + 20 mm up to L1 ≤ 1800: 280 mm

from L1 > 1800: 280 + ((L1 - 1800)/2) mm

K + 10 mm


Max. casement area 3 m2

Min. casement width (a) 1000 mm

Max. casement width (a) 2000 mm

Projection height 0-25 mm



j Use on small casement heights with separate swivel bracket possiblej With larger casement areas, an additional locking bracket is required (can only be used for bottom hung casements

that are opened inwards)j Where space is limited, the bracket AW E 740 RM/FM Mini can be used on windows that open outwards, space

requirement 25 mmj Smaller casement widths are possible, the drives then project beyond the edge of the casement


possibilities

Bottom hung

window

Top hung

windows

Side hung

windows

Vertically pivoted

casement window

Horizontally pivot

hung window

Skylight

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b

P

F

F

P

b



Bracket Bracket Swivelling bracket Drive � xtures

EW RM AW RM/FM EW FM Standard Skylight

Bottom hung case-

ment, inward openingd s d d s

Top hung casement,

outward openings d s d s

Top hung casement,

inward openingd s s d s

Skylight s d s s d

d = yes s = no



b


P = 150 kg = approx. 1500 N

Stroke = 300 mm

b = 1000 mm

F =1500 x 300 x 0.68

F = 306 N1000

Top hung windows

F max. = 500 N

Bottom hung window

F max. = 600 N


Stroke

Stroke

RWA chain drive E 740 DUAL on bottom hung windows that open inwards and top hung windows that open outwards



Key





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b = (L1 – 42 mm)

L1

KK

25

22

22

22

22

25

6

36

21

21

6

36

32

32

70

20

22

22

22

22

20

11

11

44 44

6 6

B = (L1 - 42 mm)

L1

K K

35

35

36




bracket EW RM


bracket AW RM/FM

Bracket Bracket Bracket Swivel bracket

EW RM AW RM/FM AW RM/FM Mini EW RM


Stroke 100 mm 200 mm 200 mm 200 mm s

Stroke 200 mm 400 mm 350 mm 350 mm s

Stroke 300 mm 850 mm 500 mm 500 mm 450 mm

Stroke 400 mm 1300 mm 650 mm 650 mm 450 mm

Min. casement width 1000 mm 1000 mm 1000 mm 1000 mm

Projection range 0-25 mm 0-25 mm 0-25 mm 0-25 mm

Min. space

requirement

on the frame 70 mm 36 mm 36 mm 70 mm

on the casement 32 mm 35 mm 25 mm 23 mm

s = no


RWA chain drive E 740 DUAL on bottom hung windows that open inwards and top hung windows that open outwards

On horizontally and vertically pivot hung windows, FH corresponds to the distance from the main

closing edge to the hinge axis.

Spac

e r

eq

uir

ed

for

fram

eSp

ace

re

qu

ire

d fo

r fr

ame

Casement edge

Casement edge

Centre of window

Centre of window

Space

required for

casement

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L1

6

11 11

6

22

22

22

22B (=L1 - 42mm)

12.5 25

36

KK

22222222




bracket AW RM/FM

Mini

Spac

e r

eq

uir

ed

for

fram

e


Centre of casementCasement edge

Drive length Dimension L1 Dimension L2 Dimension L3 Dimension K Dimension N

1000 mm 1000 mm 982 mm 1020 mm 280 mm K + 10 mm

1600 mm 1600 mm 1582 mm 1620 mm 280 mm K + 10 mm

Special length min. 1000 mm

max. 2000 mm

L2 = L1 - 18 mm L3 = L1 + 20 mm up to L1 ≤ 1800: 280 mm

from L1 > 1800: 280 + ((L1 - 1800)/2) mm

K + 10 mm

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6,5

55

25

,5

44

20

44 6,5

55

25

,5

20

L3 = L1 + 20 mm

NN

PF

40

60




bracket AW RM/FM

Bracket

AW RM/FM

Min. casement

height





Min. casement width 1000 mm

Projection range 0-20 mm

Min. space

requirement

on the frame 68 mm

on the casement 42 mm


F = P x 0.68


RWA chain drive E 740 DUAL on skylight



Key

F Drive force required for opening (N)


Horizontal windows and light domes




F = 600 x 0.68 F = 408 N



Centre of window

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GEZE E 820




Extremely compact technology for installation � ush to the pro� le and concealed interior � tting

The chain drive E 820 is suitable for the electrical motor-driven direct opening and closing of bottom, top and side hung windows that open

inwards and outwards. It is suitable both for safe and fast smoke and heat extraction and smoke dissipation, as well as for daily ventilation.

In addition, the E 820 can be installed in inspected and certi! ed SHEVs in accordance with EN 12101-2.

In an elegant aluminium housing, the pro! le-" ush version blends in perfectly with the building architecture, and the ! ligree design makes

the E 820 perfectly suitable for concealed interior ! tting as well.

j Suitable for mounting on the surface of the pro! le and concealed interior installationj Drive controlled by microprocessor, available as Solo and Synchro variations with real synchronous

controlj Synchronised multiple operation without additional modulej Electrically controlled soft start and soft stopj High-quality stainless steel chainj Standard stroke lengths up to 800 mmj Suitable for use in tested and certi! ed GEZE SHEVs to EN 12101-2

PRODUCT FEATURES


GEZE drive � tting type A E 820/E 840

for installation on frames and casements of bottom hung, top hung and side hung windows that

open inwards and outwards

GEZE bracket type A E 820/E 840

combined with drive ! tting type A

for installation on frames and casements of bottom hung, top hung and side hung windows that

open inwards and outwards

Bracket type A E 820/E 840

Drive ! tting type A E 820/E 840

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GEZE drive � tting type B E 820/E 840


GEZE bracket type B E 820/E 840

combined with drive ! tting type B for frame installation on bottom hung windows that open

inwards

without drive ! tting for frame installation on bottom hung and top hung windows that open

inwards as well as on side hung windows that open outwards

Bracket type B E 820/E 840

Drive ! tting type B E 820/E 840



Description Version Id. No. Id. No.

Synchro set

Electrically operated chain drive E 820 / 24 V DC

Stroke 200 mm

EV1 129640 129642

white RAL 9016 138181 138182

to RAL 129641 129643

Stroke 300 mm

EV1 129650 129652

white RAL 9016 138183 138184

to RAL 129651 129653

Stroke 400 mm

EV1 129660 129662

white RAL 9016 138185 138186

to RAL 129661 129663

Stroke 500 mm

EV1 129670 129672

white RAL 9016 138187 138188

to RAL 129671 129673

Stroke 600 mm

EV1 129680 129682

white RAL 9016 138189 138190

to RAL 129681 129683

Stroke 800 mm

EV1 137709 137731

white RAL 9016 137710 138192

to RAL 137710 137732

Electrically operated chain drive E 820 Synchro3 Set 24 V DC 131339

Electrically operated chain drive E 820 Synchro4 Set 24 V DC 131340

Electrically operated chain drive E 820 24 V DC special version 131341

Drive ! xture type A E 820/E 840 129430

Bracket type A E 820/E 840 129675

Drive ! xture type B E 820/E 840 129676

Bracket type B E 820/E 840 129677

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145

26

13

41

12

L

LM

5

13




possibilities

Fitting variations


Bottom hung INWARD-OPENING (EW)

Top hung OUTWARD-



Bottom hung

window

Top hung

windows

Side hung

windows

Vertically pivoted

casement window

Horizontally pivot

hung window


Stroke L LM

200 mm 335 mm 325 mm

300 mm 380 mm 370 mm

400 mm 430 mm 420 mm

500 mm 545 mm 535 mm

600 mm 545 mm 535 mm

800 mm 625 mm 615 mm




Min. casement width (a)

Stroke 200 mm 394 mm 1800 mm










j With larger casement areas, an additional locking bracket is required (can only be used for bottom hung casements that

are opened inwards)j Smaller casement widths are possible, the drives then project beyond the edge of the casement

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b

P

F

F

P

b




b



Stroke = 400 mm

b = 1000 mm

F =250 x 400 x 0.54

F = 54 N1000



Stroke = 400 mm

b = 800 mm

F =950 x 400 x 0.54

F = 257 N800

Top hung windows

Casement panel weight:

max. 30 kg/m2 (drive cannot be swivelled)

max. 40 kg/m2 (drive can be swivelled)

Max. pushing and pulling force depends on the drive stroke

(see force-path diagram). This must be considered in the

calculation

Bottom hung window


Stroke

Stroke

Bracket for

bot

tom

hun

g w

ind

ow

INW

AR

D-O

PEN

ING

Fram

e-In

stal

lati

on

bot

tom

hun

g w

ind

ow

OU

TW

AR

D-O

PEN

ING

Fram

e-In

stal

lati

on

bot

tom

hun

g w

ind

ow

INW

AR

D-O

PEN

ING

Cas

emen

t In

stal

lati

on

Top

hung

win

do

w

INW

AR

D-O

PEN

ING

Fram

e-In

stal

lati

on

Top

hu

ng

win

do

w

OU

TW

AR

D-O

PEN

ING

Fram

e-In

stal

lati

on

Top

hung

win

do

w

INW

AR

D-O

PEN

ING

Cas

emen

t In

stal

lati

on

Sid

e hu

ng w

ind

ow

INW

AR

D-O

PEN

ING

Fram

e-In

stal

lati

on

Sid

e hu

ng w

ind

ow

OU

TW

AR

D-O

PEN

ING

Fram

e-In

stal

lati

on

Sid

e hu

ng w

ind

ow

INW

AR

D-O

PEN

ING

Cas

emen

t In

stal

lati

on

Drive " tting type A s d type A d type A s d type A d type A s d type A d type A

Drive " tting type B d type B s s s s s s s s

without drive " tting d type B s s d type B s s d type B s s

Where there are several alternatives available, selection depends on the window size, structural circumstances and chain stroke chosen.

d = yes s = no

RWA chain drive E 820 on bottom hung and top hung windows that open inwards and outwards




Key





F max. = 250 N per drive

Force-path diagram

Forc

e F

(N

)

Stroke (mm)

Pressure

(shaded area)

Pull

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39

55

31

-xx

x-7

A B

55

10

12

22

511

8

8

LA

LI

12 32 8 28

125

LI

140 LC

LB130

26



Stroke(mm)

Bottom hungEW RM

Bottom hung/side hungEW RM

Side hungAW RM

Bottom hung/side hungEW FM

Bottom hung/side hungEW FM

Top hungEW RM

Top hungAW RM

Top hungAW RM

Top hungEW FM

Top hungEW FM

x = 16 mm x = 21 mm

Ü (mm) ≤10 ≤21 ≤10 ≤21 ≤10 ≤21 ≤10 ≤21 ≤10 ≤21 ≤10 ≤21 ≤10 ≤21 ≤10 ≤21 ≤10 ≤21 ≤10 ≤21

200 250 275 425 475 325 360 325 360 325 360 425 475 400 450 350 400 350 400 400 450

300 325 360 500 550 450 500 500 550 450 500 500 550 500 550 400 450 400 450 500 550

400 400 450 600 650 550 600 750 800 550 600 600 650 700 750 450 500 450 500 700 750

500 500 550 775 825 675 725 975 1025 675 725 700 750 800 850 600 650 600 650 800 850

600 600 650 950 1000 800 850 1200 1250 800 850 s s s s s s s s s s

800 800 850 1250 1300 1080 1130 1600 1650 1080 1130 s s s s s s s s s s

d = yes s = no

B AC BA AD C B A

RWA electrically operated chain drive E 820 – minimum casement heights

Depending on the type of installation and the drive # ttings and brackets to be used, the following minimum casement heights can be achieved

(depending on the projection (Ü))

Minimum casement heights are applicable for bottom, top and side hung windows. On horizontally and vertically pivot hung windows,

FH corresponds to the distance from the main closing edge to the hinge axis. For the assignment of A, B, C and D see the following # tting

dimensions.

Drive standard installation

Example: Casement installation on bottom hung window that

opens inwards

Drive turned

Example: Frame installation on top hung window that opens

outwards

Fitting dimensions drive ! tting type A with bracket type A Fitting dimensions drive ! tting type A with bracket type A

Bracket type A

E 820/E 840

Drive # tting

E 820/E 840

Bracket type A

E 820/E 840

Drive # tting

E 820/E 840

Centre of window

Centre of window


Space required for casement: 39 - x



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C

min

. 2

6

51

3

min

. 8

ma

x. 3

2

70

D

10

11

40

A

min

. 3

3

3

min

. 8

ma

x. 2

9

78

2727

LILI

8

328 12

LA 125

2828

125LA

128 32

8

LI

LB130

26

140 LC13 13

LI

LB130

140 LC 1313

26



Drive directly on the frame

Example: Frame installation on bottom hung window that opens

inwards

Drive can be swivelled

Example: Frame installation on bottom hung window that opens

inwards

Fitting dimensions without drive � tting with bracket type B Fitting dimensions drive � tting type B with bracket type B

Stroke LA LB LC LI

200 mm 170 mm 174 mm 185 mm 349 mm

300 mm 215 mm 219 mm 230 mm 394 mm

400 mm 265 mm 269 mm 280 mm 444 mm

500 mm 380 mm 384 mm 395 mm 559 mm

600 mm 380 mm 384 mm 395 mm 559 mm

800 mm 460 mm 466 mm 475 mm 639 mm

Lengths depend on drive stroke

A = space required for

swivelling the drive

1/2 casement width a

1/2 casement width a

Centre of chain Centre of chain

Centre of chain Centre of chain

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GEZE E 860

Parish hall Heuchlingen, GermanyAlanus Academy of Art, Alfter, Germany




Technically mature, powerful solution for installation on main and side closing edges

In an aluminium housing as stylish as it is full of re! ned technical details, the E 860 is a perfect solution for safe and fast smoke and heat

extraction, smoke dissipation and daily ventilation operation.

It ensures electrically motor-drive direct opening and closing of bottom hung, top hung and side hung casements that open inwards and

outwards as well as skylights and light domes. It can be installed both on main and side closing edges and is also suitable for installation in

inspected and certi! ed SHEVs in accordance with EN 12101-2.

j Suitable for installation on main and side closing edgesj Drive controlled by microprocessor, available as Solo and Synchro variations with

real synchronous controlj Synchronised multiple operation without additional modulej Electrically controlled soft start and soft stopj High-quality stainless steel chainj Standard stroke lengths up to 1000 mm (larger stroke length on request)j Suitable for use in tested and certi! ed GEZE SHEVs to EN 12101-2

PRODUCT FEATURES

References

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Synchro set

Electrically operated chain drive E 860 / 24 V DC

Stroke 250 mm

EV1 129685 129687

white RAL 9016 138199 138201

to RAL 129686 129688

Stroke 400 mm

EV1 129690 129692

white RAL 9016 138203 138205

to RAL 129691 129693

Stroke 500 mm

EV1 129695 129697

white RAL 9016 138207 138209

to RAL 129696 129698

Stroke 600 mm

EV1 129700 129702

white RAL 9016 138211 138213

to RAL 129701 129703

Stroke 800 mm

EV1 129705 129707

white RAL 9016 138227 138229

to RAL 129706 129708

Stroke 1000 mm

EV1 129710 129712

white RAL 9016 138231 138233

to RAL 129711 129713

Stroke 1500 mm

EV1 129715 129717

white RAL 9016 138235 138237

to RAL 129716 129718

Electrically operated chain drive E 860 / 24 V DC MK

(MK = status contact)

Stroke 250 mm EV1 130587 130588

Stroke 400 mm EV1 130592 130593

Stroke 500 mm EV1 130597 130598

Stroke 600 mm EV1 130602 130603

Stroke 800 mm EV1 130607 130608

Stroke 1000 mm EV1 130612 130613

Stroke 1500 mm EV1 130617 130618

Electrically operated chain drive E 860 Synchro3 Set 129724

Electrically operated chain drive E 860 Synchro4 Set 129909

Electrically operated chain drive E 860 special version 130454

Bracket type A E 860 129723

Bracket type B E 860 129725

Bracket type C E 860 129726

Bracket set E 860 FM 129727

Washer for bracket set E 860 FM 129728

Drive ! tting type 1 E 860 129729




Drive ! tting for skylight E 860 129867

Bracket RS 106 D E 860 129868


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GEZE bracket E 860 type A

for installation on frames and casements of bottom hung, top hung, side hung windows that open

inwards and outwards, and horizontally and vertically pivot hung windows

GEZE bracket E 860 type B



GEZE bracket E 860 type C

for installation on frames on bottom hung, top hung, side hung that open inwards and outwards, and

horizontally and vertically pivot hung windows

GEZE bracket set E 860 FM

for installation on the casement of bottom hung windows that open inwards and horizontally pivot

hung windows

GEZE washer for bracket set E 860 FM

Washers for the bracket set E 860 FM with projection < 10 mm

Washers for bracket set E 860 FM

Bracket set E 860 FM

Bracket type C E 860

Bracket type B E 860

Bracket type A E 860



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GEZE drive � tting type 1 E 860










for installation on frames of bottom hung and top hung windows that open outwards as well as

skylights and light domes

Drive ! tting type 4 E 860




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L

230

40

16

56

a




possibilities

Fitting variations




Min. casement width (a) Stroke 1250 mm 1474 mm 950 mm










j With larger casement areas, an additional locking bracket is required (can only be used for bottom hung casements

that are opened inwards)j Smaller casement widths are possible, the drives then project beyond the edge of the casement


Bottom hung INWARD-OPENING (EW)

Top hung OUTWARD-



Bottom hung

window

Top hung

windows

Side hung

windows

Vertically pivoted

casement window

Horizontally pivot

hung window

Skylight


39

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Bracket for

bot

tom

hun

g w

ind

ow

INW

AR

D-O

PEN

ING

Fram

e-In

stal

lati

on

bot

tom

hun

g w

ind

ow

OU

TW

AR

D-O

PEN

ING

Fram

e-In

stal

lati

on

bot

tom

hun

g w

ind

ow

INW

AR

D-O

PEN

ING

Cas

emen

t In

stal

lati

on

Top

hung

win

do

w

INW

AR

D-O

PEN

ING

Fram

e-In

stal

lati

on

Top

hung

win

do

w

OU

TW

AR

D-O

PEN

ING

Fram

e-In

stal

lati

on

Top

hung

win

do

w

INW

AR

D-O

PEN

ING

Cas

emen

t In

stal

lati

on

Sid

e hu

ng w

ind

ow

INW

AR

D-O

PEN

ING

Fram

e-In

stal

lati

on

Sid

e hu

ng w

ind

ow

OU

TW

AR

D-O

PEN

ING

Fram

e-In

stal

lati

on

Sid

e hu

ng w

ind

ow

INW

AR

D-O

PEN

ING

Cas

emen

t In

stal

lati

on

Drive " tting type 1 s d type A d type A s d type A d type A s d type A d type A

Drive " tting type 2 sd type A

d type Bd type A s

d type A

d type B

d type A

d type Bs

d type A

d type B

d type A

d type B

Drive " tting type 3 d type Cd type A

d type Bs d type C

d type A

d type Bs d type C s s

Drive " tting type 4 sd type A

d type Bs s

d type A

d type Bs s s s

Bracket set

FMs s d s s s s s s

Bracket for

Vert

ical

ly p

ivot

ed

win

do

w

INW

AR

D-O

PEN

ING

Fram

e-In

stal

lati

on

Vert

ical

ly p

ivot

ed

win

do

w

OU

TW

AR

D-O

PEN

ING

Fram

e-In

stal

lati

on

Vert

ical

ly p

ivot

ed

win

do

w

INW

AR

D-O

PEN

ING

Cas

emen

t In

stal

lati

on

Hor

izon

tally

piv

ot

hung

win

do

w

INW

AR

D-O

PEN

ING

Fram

e-In

stal

lati

on

Hor

izon

tally

piv

ot

hung

win

do

w

OU

TW

AR

D-O

PEN

ING

Fram

e-In

stal

lati

on

Hor

izon

tally

piv

ot

hung

win

do

w

INW

AR

D-O

PEN

ING

Cas

emen

t In

stal

lati

on

Drive " tting

type 1s d type A d type A s d type A d type A

Drive " tting

type 2s

d type A

d type Bd type A s

d type A

d type Bd type A

Drive " tting

type 3d type C s s d type C s s

Drive " tting

type 4s s s s s s

Bracket set

FMs s s s s d

Where there are several alternatives available, selection depends on the window size, structural circumstances and chain stroke chosen.

d = yes s = no



Drive " tting for skylight E 860 Stainless steel 129867

Drive " tting for skylight short E 860 Stainless steel 137170

Skylight bracket type A E 860 Stainless steel 129868

Skylight bracket type H E 860 Stainless steel 136630

Skylight bracket set type S E 860 Stainless steel 136486

Skylight order requirements (further pro" le systems on request):

Schüco AWS 57 RO: Skylight bracket set type S (Id no. 136486)

Wicona Wictec 50: Drive " tting type 2 (Id No. 129730) + bracket type B (Id no. 129725)

Alcoa AA 100: Drive " tting for skylight (Id No. 129867) + bracket type A (Id no. 129723) + roof bracket type A (Id no. 129868)

Heroal 085 D: Drive " tting for short skylight (Id No. 137170) + bracket type B (Id no. 129725) + roof bracket type H (Id no. 136630)

Hueck 85 E: Drive " tting type 2 (Id No. 129730) + bracket type B (Id no. 129725)

ORDER INFORMATION – BRACKETS AND CONSOLES FOR SKYLIGHT INSTALLATION

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bP

F

F

P

b

PF

0 0

15001000400 500 800600 700

600

400

200

300

500

0

100

600600

400

300

600600

250

600 600

200

600


b



Stroke = 600 mm

b = 1000 mm

F =500 x 600 x 0.54

F = 162 N1000


P = 150 kg = approx. 1500 N

Stroke = 600 mm

b = 1000 mm

F =1500 x 600 x 0.54

F = 486 N1000

Top hung windows

Max. pushing and pulling force depends on the drive stroke (see force-path diagram). This must be considered in the calculation

Bottom hung window


Stroke

Stroke

Calculation of the area of application for the electrically operated chain drive E 860 depending on casement weight and casement

dimensions


Key





Force-path diagram with lowering and lifting load

Forc

e F

(N)

Stroke (mm)

Pressure

Pull

F = P x 0.54

Equation for calculating opening and closing force: Horizontal windows and light domes

F max. = 1600 N (Solo operation)




F = 350 x 0.54 F = 189 N


P = 100 kg = approx. 1000 N

F = 1000 x 0.54 F = 540 N



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min

. 3

0

(67

)

13

14

15

51

16

80

43

24

LE10 22

42

55

198

42

22 10

11

A

37

30

(x–

16

)

(88

)

221

3

72

16

80

43

24

LE10 22

42

55

198

42

22 10

B

11

x3

7



Drive ! tting type 1 Drive ! tting type 2

Dimension x =

35 mm

Drive ! tting type 2

Dimension x =

51 mm

Drive ! tting type 3

+ bracket type C

Bracket set FM

Stroke

(mm)

Projection (mm) Projection (mm) Projection (mm) Projection (mm) Projection (mm)

0 8 16 21 0 8 16 21 0 8 16 21 0 8 16 21 0 10 21

1250 900 900 1000 1000 500 550 550 650 200 200 200 250 350 350 400 400 500 350 375

1400 1600 1600 1700 1700 1000 1150 1200 1300 400 400 450 500 700 700 800 800 800 500 600

1500 2100 2100 2200 2200 1100 1300 1300 1350 500 500 600 600 900 900 1000 1000 1000 650 750

1600 2500 2500 s s 1250 1500 1600 1700 600 650 700 750 1200 1200 1300 1300 1200 800 900

1800 s s s s 1700 2100 2200 2350 800 850 950 1000 1600 1600 1700 1700 1600 1050 1200

1000 s s s s 2150 2600 2800 3000 1000 1050 1150 1200 2000 2000 2100 2100 2000 1300 1500

s = no

The minimum casement height for top hung windows that open outwards is 400 mm (drive ! tting type 2) or 800 mm (drive ! tting type 1).

Minimum casement heights are applicable for bottom, top and side hung windows. On horizontally and vertically pivot hung windows,

FH corresponds to the distance from the main closing edge to the hinge axis. For the assignment of A, B and C see the following ! tting

dimensions.

B CBA

RWA electrically operated chain drive E 860 – minimum casement heights

Depending on the type of installation and the drive ! ttings and brackets to be used, the following minimum casement heights can be achieved

(depending on the projection (Ü))

Fitting dimensions drive ! tting type1 with bracket type A

Fitting dimensions drive ! tting type 2 with bracket type A

Centre of window

Centre of window





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10 22

42

34

LE 198 22 10

42

107

61

24

16

(90

)

74

13

20

45

28

C

46

55

A80

43

24

41

24

(65

)

1010

55

11

198

42

22 LE

42

22

3

44

,5

22

35

LE 206,522

25

13

12

10 74

44

,5

3 28



Fitting dimensions drive � tting type 3 with bracket type C

Fitting dimensions drive � tting type 4 with bracket type A

Fitting dimensions bracket set E 860 FM

Centre of window

Centre of window

Centre of window

In the case of frame installation, take drive swivelling range A into account!

Baseplates required for projection ≤10 mm!

Space

required

for frame

Space required

for casement

Space required

for casement

Space required

for casement

Space required

for frame

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12



Mechanical locking bracket for GEZE electrically operated chain drives

For windows with large casement areas, it is often not su! cient to lock the casement using the drive alone. As a solution for such cases,

GEZE o" ers the possibility of using an additional mechanically operated locking bracket.

The additional locking bracket is easy to install. It is also very inexpensive since it is operated mechnically and thus improves the window

sealing and provides better protection against intruders. It is suitable for use with all GEZE electrically operated chain drives E 740 and E8x0

on common pro# le systems and vertically installed bottom, top or side hung function.

Driving rod of the locking mechanism (# tting side)

Casement

1

2

j No additional follow-up control requiredj No additional cables necessary since locking takes place mechanicallyj Simple installation using template

j When the chain drive extends or retracts, the window casement is locked or unlocked mechanically,

with the mechanism concealed in an internal central locking device.j The concealed all-round locking in the window casement is e" ected when the casement bracket

engages the driving rod and thus latches the locking components.

PRODUCT ADVANTAGES

FUNCTION


Locking bracket E 740

Stroke 15 mmEV1 125399

to RAL 125403


to RAL 125404

Locking bracket set E 740 Synchro/Dual 135803

Locking bracket E 820/E 840


to RAL 134368


to RAL 134370

Locking bracket set E 820/E 840 Synchro/Dual 135804

Locking bracket E 860


to RAL 134324


to RAL 134326

Locking bracket set E 860 Synchro/Dual 135805

ORDER INFORMATION – GEZE LOCKING BRACKETS FOR ELECTRICALLY OPERATED CHAIN DRIVES

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15/18

53

min

. 0

,2

5+

0,5

1

5+

0,5

42

,5

min

. 0

,2

1

36

25

5

min

. 0

,2

+0

,5

1

36



Stan

dar

d s

tro

ke a

pp

rox.

25

mm

(sp

eci

al s

tro

ke a

pp

rox.

30

mm

)

Stroke

Mechanical locking bracket Fitting dimensions E 740

Fitting dimensions E 860Fitting dimensions E 820/E 840

Projection 10 mm

Projection 10 mmProjection 10 mm

Driving rod for direction change1

Driving rod for direction change1Driving rod for direction change1

General application dataj The stroke of the locking mechanism required for locking must not exceed 15 mm or 18 mm.

The respective locking bracket must be used according to stroke 15 mm or 18 mm.

j The larger the number of locking points and length of driving rod,

the greater the force required for locking and unlocking.

For standard setting of the locking elements, the following is recommended per chain drive:

Electrically operated chain drive E 740 max. 4 locking points for aluminium, plastic and wooden windows

Electrically operated chain drive E 820 max. 2 locking points for aluminium, plastic and wooden windows

Electrically operated chain drive E 860 max. 6 locking points for aluminium windows

max. 4 locking points for plastic and wooden windows

j All drives: Space required for casement: 36 mm

Space required for frame: 58 mm



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1818

14.5

15

28 167 167 28

3838

36

130 LB17.5 17.5

15

14.5

10

11

18 18

36

28

2222 LE198

28

1818

14.5

15

36



Centre of drive

Centre of drive

Centre of drive

Front view of locking bracket E 740

Front view of locking bracket E 820/840

Front view of locking bracket E 860

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GEZE E 990

GEZE chain drives E 920 – E 990 / 24 V DC

• Stroke lengths of 200 - 900 mm

• Continuously adjustable drive stroke and individual speeds for the ventilation and RWA mode

• Integrated emergency unlocking allows the window to be opened without causing damage,

even when the window is locked

• Can be installed on industry standard window pro! les with very little mechanical work

• Simple and time-saving installation thanks to simply clamping the drives

• Individual adjustment of all variants to the speci! c ventilation circumstances and ! re safety concepts

in the building

• The high pulling and pushing forces enable even large and heavy leaves to be moved

• DIP switch for manual setting (solo, master, slave)

• Real synchronisation of up to three drives possible without external control unit

• Fully integrated chain drive

• The sealing and thermal characteristics of the window have been maintained

PRODUCT FEATURES

Example of installation

* available for Schüco AWS TipTronic

Drives fully integrated into the pro� le with stroke lengths of 200 to 900 millimetres

The integrated electric chain drive series E 920 – E 990 has no parts that are visible from the outside, because the drive and ! ttings techno-

logy completely disappears inside the window*. This optimises window design and avoids soiling. The drives of the E 920 - E 990 series can

be used on inward-opening bottom-hung casements. The continuously adjustable drive stroke for the ventilation and RWA mode allows

all the variants to be adapted individually to the ventilation circumstances and the ! re protection concept of a building. Even the variant

E 990 reaches an opening width of 900 mm in 60 seconds in the RWA case, allowing a correspondingly large amount of smoke to escape.

All E 920 - E 990 chain drives can be installed in tested and certi! ed SHEVs in accordance with EN 12101-2. The low current consumption of

the drives combined with the emergency power control unit results in an overall solution with an attractive cost/performance ratio.

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Description ID. No.

Chain drive E 920 139571





Chain drive special version 139576

Plug, 5 pcs. 140631

Plug, 50 pcs. 140632

Cover for Schüco plug AWS 5 pcs. 140748

Cover for Schüco plug AWS 50 pcs. 140749

Cover pro" le FL-cable Schüco AWS 5 m 140750

Cover pro" le FL-cable Schüco AWS 50 m 140761

Cable crossing 24 V Schüco AWS 140822

Cable crossing 24 V Mini 142570

Flat ribbon cable 5 m 141614

Flat ribbon cable 50 m 141615

Chain rack EW Schüco AWS 140392

Drive " xture EW Schüco AWS 140393

ORDER INFORMATION – GEZE ELECTRIC CHAIN DRIVE E 920 – E 990 / 24 V DC


Individual

operation

Max. casement area 1,5 m2


symmetrical

installation

(chain casement centre)







asymmetrical

installation












Max. casement weight 130 kg*

Max. casement width 1200 mm

* Observe the system limits of the pro" le manufacturer

Mechanical data E 920 – E 990

Tension* 400 N

Stroke length 200 - 900 mm

Stroke speed

Opening for ventilation

Opening RWA

Closing

5 mm/s

17 mm/s

5 mm/s

End-position cut-o# extended electronically via

internal path sensor

End-position cut-o# retracted electronically via

path and load

Overload cut-o#

electric / electronic

via current consump-

tion

Weight 1,1 - 1,5 kg

* Not suitable for use on top-hung or projecting top-hung

windows

Electrical data E 920 – E 990

Voltage 24 V +/- 25% SELV

Max. residual ripple U_ss 20%

Duty rating 30%

Min. short-term operation 6 min.

Max. power consumption 22 W

Current consumption at max. load

1,0 A: 24 V DC

1,3 A: 18 V DC (emer-

gency power operati-

on of the control unit)

Ambient temperature -5 °C / +70 °C

Enclosure rating / electric protective

class

IP 40 / III

Area of application dry rooms

Electrical data – cable crossing E 920 – E 990

Max. connection cross-section 4 x 2,5 mm2

Max. current-carrying capacity 5,5 A

Max. voltage 30 V DC

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400

600

800

1000

1200

1400

1600

1800

2000

2200

2400

0° 5° 10° 15° 20° 25° 30° 35° 40° 45°

Hub 200

Hub 400

Hub 500

Hub 700

Hub 900

Flügelhöhe[mm]

Öffnungswinkel

30

40

50

60

70

80

90

100

110

120

130

0 500 1000 1500 2000 2500

E 920 Hub 200

E 940 Hub 400

E 950 Hub 500

E 970 Hub 700

E 990 Hub 900

Flügelgewicht[kg]

Flügelhöhe[mm]F

Systemgrenze:

Standardbeschlag Schüco

AWS TipTronic 100 kg

Casement height [mm]

Casement height [mm]

Casement weight [kg]

Opening angle

Stroke 200

E 920 Stroke 200

E 940 Stroke 400

E 950 Stroke 500

E 970 Stroke 700

E 990 Stroke 900

Stroke 400

Stroke 500

Stroke 700

Stroke 900

System limitation:

Standard ! tting SchücoAWS TipTronic 100 kg

Opening angle diagram E 920 – E 990

Limitations of use diagram E 920 – E 990

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Stroke Length Width Height

200 mm 450 mm

35 mm 22 mm

400 mm 545 mm

500 mm 590 mm

700 mm 695 mm

900 mm 790 mm

Window hinge

Main dimensions

Window machining

Casement machining

Position of drive after installation

Frame width RB

Clear casement dimension LF

Frame machining

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GEZE ELECTRICALLY OPERATED SPINDLE DRIVES


RWA electrically operated spindle drives as direct openers

RWA electrical spindle drives are an electrical motor-driven solution for the opening and closing of bottom hung, top hung and side hung

windows, skylights and light domes. They can be used for natural smoke and heat extraction as well as smoke dissipation and ventilation.

Electrically oper-ated spindle drives

E 250 E 250 VdS E 1500 N E 1500 S E 3000

Dimensions (mm),

HxDxW={}

40 x 47 x

{stroke+240}

40 x 47 x

{stroke+240}

{ca.302+

stroke}, ø36

{ca.465+

stroke}, ø50

{ca.465+

stroke}, ø50

Stroke

length

100 mm ● ● ○ ○ ○

150 mm ● ● ○ ○ ○

200 mm ● ● ○ ○ ○

230 mm ● ● ○ ○ ○

300 mm ● ● ● ● ●

400 mm ○ ○ ● ● ○

500 mm ● ● ● ● ●

600 mm ○ ○ ○ ● ○

700 mm ● ○ ○ ○ ○

750 mm ● ○ ● ● ●

1000 mm ● ○ ● ● ●

1200 mm ○ ○ ○ ● ○

Max. pushing/

pulling force750 N/750 N 750 N/750 N 1500 N/1500 N 1500 N/1000 N 3000 N/3000 N

Start-up speed 5 mm/s5 mm/s

stroke 500: 10 mm/s4 mm/s * 17 mm/s * 7.8 mm/s *

End position

cut-o! on/o! electromechanical electromechanical electronic electronic electronic

Overload cut-o! electromechanical electromechanical electronic electronic electronic

Voltage 24 V DC 24 V DC 24 V DC 24 V DC 24 V DC

Power consumption 0.8 A0.8 A

stroke 500: 1,7 A0.8 A 3.0 A 3.1 A *

Max. residual ripple 20% 20% 20% 20% 20%

ON period 100% 30% 30%30% Solo/

25% Syncro30%

Ambient temperature -20 0C to +70 0C -5 0C to +75 0C -5 0C to +75 0C -5 0C to +75 0C -5 0C to +75 0C

Enclosure rating /

protection classIP65 / III IP65 / III IP65 / III IP54 IP54 / III

Cables 3x0.75 mm2, 2 m 3x0.75 mm2, 2 m 3x1 mm2,2.5 m 3x1 mm2, 3 m 4x0.75 mm2, 3 m

Weight approx. 1.2 to 3.4 kg approx. 1.2 to 3.4 kg approx. 1.5 to 2.7 kg approx. 4.4 to 7.1 kg approx. 4.1 to 6.5 kg

Area of application Dry rooms Dry rooms Dry rooms Dry rooms Dry rooms

E 250 AB: Protected outdoor area

● = yes ○ = no * at 2/3 of the drive force

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GEZE E 250

GEZE spindle drive E 250 / E 250 VdS 24 V DC

Compact drive for a varied range of uses

These electrically operated spindle drives are used for the electrical motor-driven opening and closing of bottom hung, top hung and

side hung windows as well as skylights and light domes. They can be used variably for natural smoke and heat extraction as well as smoke

dissipation and daily ventilation. The E 250 VdS reaches its full stroke in 60 seconds and is thus suitable for installation in inspected and

certi! ed SHEVs in accordance with EN 12101.

Its small dimensions and technically advanced detail solutions such as cables routed on the interior and mechanical load cut-o" make it

the ideal drive for the direct opening of RWA windows. The E 250 can be used both as a solo drive and in a tandem con! guration with the

tandem switch E102 for particularly heavy and wide casements.

j Suitable for use on small windows thanks to its compact designj Stroke lengths: 100-1000 mm (longer strokes on request)j Stroke limiters are optionally available as well as position indicators to monitor end positionsj Internal cable routingj Mechanical load cut-o"

PRODUCT FEATURES

PRODUCT FEATURES



GEZE spindle drive E 250 AB 24 V DC

RWA electrically operated spindle drive with ventilation element

The electrically operated spindle drive E 250 with protection class IP65 is protected against water jets. However, penetration of moisture

into the housing cannot be ruled out (air pump e" ect), and condensation may collect – due to temperature di" erences – which in turn may

lead to the drive becoming damaged.

To solve this problem, GEZE o" ers a special electrically operated spindle drive with ventilation element: GEZE E 250 AB

Due to its special breathable membrane, this drive is suitable for use in locations with large temperature # uctuations and in protected

outdoor areas.

With the electrically operated spindle drive E 250 AB, a component with a breathable membrane ensures

that:j the housing is ventilatedj pressure compensation occurs and this prevents dust and splash-water from penetratingj the formation of condensation is minimisedj the collected moisture is drained o"

24V

Ventilation element

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Description Version Id. No. Id. No. Id. No. Id.No.

E 250 VdS E 250 E 250 AB

Stroke 100 mm

EV1 098900 100330

white RAL 9016 098904 100334

to RAL 098903 100333

Stroke 150 mm

EV1 098905 100335

white RAL 9016 098909 100338

to RAL 098908 100339

Stroke 200 mm

EV1 098910 100340

white RAL 9016 098914 100344

to RAL 098913 100343

Stroke 230 mm

EV1 098915 100345

white RAL 9016 098919 100349

to RAL 098918 100348

Stroke 300 mm

EV1 098920 100350

white RAL 9016 098924 100354

to RAL 098923 100353

Stroke 500 mm

EV1 098925 016458 100355

white RAL 9016 098929 016472 100359

to RAL 098928 016471 100358

Stroke 700 mm

EV1 021063 100360

white RAL 9016 021066 100364

to RAL 021067 100363

Stroke 750 mm

EV1 021068 100365

white RAL 9016 021071 100369

to RAL 021072 100368

Spezial version

EV1 111173 111173 111262

white RAL 9016 111173 111173 111262

to RAL 111174 111174 111263

Standard bracket for direct

opening with jack rings and

casement bracket

EV1 (silver) 019032

white RAL 9016 020879

to RAL 020878

Inward-opening bracket

with jack rings and casement

bracket

EV1 (silver) 027218

white RAL 9016 027223

to RAL 027222

Swivel bracket for spindle drives

EV1 (silver) 116112

white RAL 9016 116113

to RAL 116114

Basic unit for stroke limitation

and position indication083941

Stroke limitation circuit board

24 V DC084125

Additional circuit board for

position indication for

1-4 ventilator assemblies

084171

ORDER INFORMATION – GEZE ELECTRICALLY OPERATED SPINDEL DRIVES E 250 / 24 V DC

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Accessories for GEZE electrically operated drives E 250 / E 250 VdS / E 250 AB

GEZE standard bracket

for direct opening of the E 250

Scope of supply with jack rings and casement bracket

GEZE inward-opening bracket

for direct opening of the E 250 on windows that open inwards

Scope of supply with jack rings and casement bracket

GEZE swivel bracket

for direct opening of the E 250

Scope of supply with jack rings, casement bracket and countersunk screws

With the swivel bracket the spindle drive E 250 can be ! tted in a tandem version directly to the side

closing edge. This results in a greater opening width compared with a ! tting with comparable stroke

length at the main closing edge of the skylight.

GEZE basic unit for stroke limitation (and position indication)

Scope of supply with reed switch, cable tie and cable run

(Drawing no. 45130-9-0990)

GEZE stroke limitation circuit board

For limiting the stroke, a basic unit should be ! tted in addition to the stroke limitation circuit board

(see drawing no. 45130-9-0990)

GEZE additional circuit board for position indication for 1-4 ventilator assemblies

For position indication, one or two basic units (depending on the application) should be ! tted in

addition to the position indication circuit board (see drawing no. 45130-9-0990)



Additional circuit board for position indication

Stroke limitation circuit board

Basic unit for stroke limitation

Swivel bracket

Inward-opening bracket

Standard bracket

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6 20 40

47

M10

E250 24V-St.

40

47

47

RWA electrically operated spindle drive E 250 as direct opener



Cable exit from plug

GDM 3011 Black

Stroke + 240 mm

Dimensional drawing RWA – electrically operated spindle drive E 250

Special version with connecting plug

The electrically operated spindle drive E 250 is used for the direct opening of bottom hung and top hung windows as well as skylights and light

domes with a slidable standard bracket made of light metal. The E 250 AB with ventilation element is suitable for use in locations with large

temperature ! uctuations and in protected outdoor areas.

Two drives can be installed in tandem con" guration for very large and heavy casements. Connection is through a special tandem switch

E102/24 V.

Important: This tandem version is recommended with a main closing edge of 1.2 m or longer depending on the pro" le system used.

GEZE tandem switch E102

The tandem switch is used for the simultaneous switching of two electrically operated spindle

drives 24 V DC mounted on one window element. Adjustable run-on time ensures that running time

di$ erences between the two drives in the end position can be compensated to give equal contact

pressure on the casement.

j Supply voltage 24 V DC, min. 16 V DC, max. 40 V DC, residual ripple max. 25%j Connectable motors two 24 V DC drives with integrated load cut-o$ j Motor current per motor max. 2.2 Aj Time delay can be set between 0 to 10 sec., default setting 0 sec.j Opening time limit can be set between 5 and 60 sec., default setting approx. 5 sec.j Connection cross-section max. 2.5 mm2

j Enclosure rating IP 54j Dimensions (H x B x D) 113 x 113 x 58 mm

Description Id. No.

Synchronised cut-o$ E 102 101323

Synchronised cut-o$ E 102

Stroke + 240 mm

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66 22

Amax [82mm]

165Ü (0-25mm)

2014

60

53

96

66 22

A

13

30

B[51mm]

15



Application areas

Bottom hung, top hung and side hung windows

INWARD-OPENING

OUTWARD-OPENING

Permissible casement weight

without taking additional loads into consideration:j Solo: max. 100 kgj Tandem: max. 200 kg

Max. permissible motor stroke: 500 mm




Minimum casement heights

Stroke Casement height

100 mm

150 mm

200 mm 200 mm

230 mm 230 mm

300 mm 300 mm

500 mm 600 mm



100 – 300 mm 400 mm

500 mm 600 mm

Stroke + 240 mm

Stroke + 306 mm

L = Stroke + 240 mm

Ca

sem

en

t h

eig

ht

Fh

GEZE electrically operated spindle drive E 250

on bottom hung window

GEZE electrically operated spindle drive E 250

on top hung window

Identi! cation numbers of the installation drawings and wiring diagrams

Electrically operated spindle drive E 250 Drawing No.

Installation drawings Bottom, top and side hung windows, outward opening 45130-0-002

Inward-opening bottom hung, top hung and side hung windows 45130-0-003

Wiring diagrams 45130-9-0950

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43

22

66

22

22

66

Casement height Fh

Casement height Fh

L = Stro

ke + 240 m

m

L =

Str

oke

+ 2

40

mm

Stroke

+ 2

40

mm

Skylights and light domes

GEZE electrically operated spindle drive E 250 on light dome GEZE electrically operated spindle drive E 250 on skylight






100 mm 220 mm

150 mm 270 mm

200 mm 320 mm

230 mm 350 mm

300 mm 440 mm

500 mm 670 mm

700 mm 910 mm

750 mm 980 mm

1000 mm 1270 mm



Application areas



Installation drawings Skylight with frame bracket 45130-9-1000

Skylight general 45130-0-001

Wiring diagrams 45130-9-0950

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J



Fgmax

=200 x

H

Permissible total casement weight Fgmax

with swivel bracket:

Swivel bracket for E 250

With the swivel bracket the direct openers can be ! tted in a tandem version directly to the side closing edge and thus achieve greater opening

widths compared with a ! tting with comparable stroke length at the main closing edge of the skylight.

Notes:

Snow and wind loads must be taken into consideration

Stroke 750 and 1000 mm only on request

Note for installation examples:

The minimum casement heights speci! ed are only reference values, since they depend on the installation situation, ! tting dimension

and stroke.

The drive must not collide with a structure or any other obstacle in the swivelling range.

Opening angle

Diagram for determining opening

angle J depending on stroke and ! tting

dimension X.

(With casement heights H greater

1000 mm, the following applies:

dimension X should be at least 1/2 H.)

*

Fitting d

imensio

n X

Only use stroke 750

and 1000 following

prior agreement

with GEZE!

Stroke 1000

Stroke 750

Stroke 500

Stroke 300

Stroke 200

Stroke 100

Opening angle J

Fitting dimension X

Drives on the

side closing edges

Example:

Stroke = 500 mm

Fitting dimension x = 700 mm

-> Opening angle = approx. 420

Fitting dimension X

Side closing edge NSK H

Side closing edge NSK H

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GEZE E 1500 S

GEZE spindle drive E 1500 N and E 1500 S 24 V DC

RWA electrically operated spindle drive as solo or synchronous solution for heavy casements

The electrically operated spindle drive is suitable for the electrical motor-driven opening and closing of bottom hung, top hung and side

hung windows as well as skylights. The outstanding features of this high-qualiy electrically operated spindle drive are its sturdy corrosion-

resistant design, integrated end-position damping, aluminium housing and silicone connecting cable. The drives can be used variably for

natural smoke and heat extraction as well as smoke dissipation and daily ventilation.

The E 1500 S variant reaches its full stroke of 1000 mm in 60 seconds and is thus suitable for installation in inspected and certi! ed SHEVs in

accordance with EN 12101-2.

j Electrically operated spindle drive for daily ventilation as well as for safe and fast smoke and heat

extraction and smoke dissipationj Can be used as a solo or synchronous drive for especially heavy and wide casements in connection with

the synchronisation control E 1500 N or E 1500 Sj High protection rating of IP65 (IP54 for E 1500 S)j Suitable for use in tested and certi! ed GEZE SHEVs to EN 12101-2

PRODUCT FEATURES



ORDER INFORMATION – GEZE ELECTRICALLY OPERATED SPINDLE DRIVES E 1500 N AND 1500 S 24 V DC


E 1500 N E 1500 S*

Solo Syncro Solo Syncro

Stroke 300 mm

EV1 (silver) 141894 141919 138428 138458

white RAL 9016 141895 141920 138429 138459

to RAL 141896 141931 138430 138460

Stroke 400 mm

EV1 (silver) 141897 141932 138441 138461

white RAL 9016 141898 141933 138442 138462

to RAL 141899 141934 138443 138463

Stroke 500 mm

EV1 (silver) 141900 141935 138444 138464

white RAL 9016 141911 141936 138445 138465

to RAL 141912 141937 138446 138466

Stroke 600 mm

EV1 (silver) 138447 138467

white RAL 9016 138448 138468

to RAL 138449 138469

Stroke 750 mm

EV1 (silver) 141913 141938 138450 138470

white RAL 9016 141914 141939 138451 138471

to RAL 141915 141940 138452 138472

Stroke 1000 mm

EV1 (silver) 141916 141941 137184 137185

white RAL 9016 141917 141942 138453 138474

to RAL 141918 141943 138454 138475

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Description Version Id. No. Id. No. Id. No.

E 1500 N E 1500 S*

Stroke 1200 mm

EV1 (silver) 138455 138476

white RAL 9016 138456 138477

to RAL 138457 138478

Special version141945

EV1 (silver) 141944 141946

Clamp ring E 1500

EV1 (silver) 121215

white RAL 9016 121216

to RAL 121217

Casement bracket E 1500

EV1 (silver) 121218

white RAL 9016 121219

to RAL 121220

Casement bracket E 1500 FS

(with limited horizontal space

for casement bracket E 1500)

EV1 (silver) 123085

white RAL 9016 123086

to RAL 123087

Skylight bracket E 1500 H40

(mainly for ! at-closing

windows)

EV1 (silver) 121221

white RAL 9016 121222

to RAL 121223


(mainly for windows with

projection)

EV1 (silver) 121224

white RAL 9016 121225

to RAL 121226

Bracket E 1500

for bottom, top and side hung

windows

EV1 (silver) 123088

white RAL 9016 123089

to RAL 123090

* Accessories for E 1500 S see E 3000

GEZE casement bracket E 1500

for " xing the spindle to the casement

GEZE casement bracket E 1500 FS

angled casement bracket for use where horizontal space

is limited

GEZE clamp ring E 1500

scope of supply with DIN 912 screw and two shouldered

screws

GEZE bracket E 1500

for bottom, top and side hung windows

GEZE skylight bracket E 1500 H40

mainly for ! at-closing windows

GEZE skylight bracket E 1500 H86

mainly for windows with projection


Clamp ring E 1500 Bracket E 1500


Casement bracket E 1500 Casement bracket E 1500 FS

Accessories for GEZE electrically operated drives E 1500 N

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n 36

n 18

8

19

min.25

RWA electrically operated spindle drive E 1500 N as direct opener



For the electrical motor-driven opening and closing of bottom hung, top hung and side hung windows as

well as skylights. Can be used variably for natural smoke and heat extraction as well as smoke dissipation

and ventilation, available both for solo operation and as a synchronous solution for particularly heavy and

wide casements. The synchronous control unit E 1500 is required for synchronous operation.

Important: The Syncro version is recommended from 1.2 m main closing edge, depending on the pro! le

system used.

Application areas

Bottom hung and top hung windows

INWARD-OPENING

Skylight

OUTWARD-OPENING


Casement dimensions

Type of window Minimum casement height Maximum casement width

Stroke 300 mm Stroke 500 mm Solo Tandem

Bottom hung

window

650 mm 1200 mm max. 1200 mm max. 2400 mm

Top hung windows 400 mm 400 mm max. 1200 mm max. 2400 mm


Type of window Solo Tandem

Casement weights for all strokes max. 180 kg max. 360 kg

Maximum casement width max. 1200 mm max. 2400 mm

Calculation of the swivelling range:

The space required under the skylight for swivel movement of the drive depends on the casement height

(larger casement height - smaller swivel).

Casement weights

Top hung

windows

Stroke 300 mm Stroke 500 mm

Casement height Solo Tandem Solo Tandem

400-650 mm max. 180 kg max. 360 kg max. 150 kg max. 300 kg



Bottom hung

window

Stroke 300 mm Stroke 500 mm

Casement height Solo Tandem Solo Tandem



Identi" cation numbers of the installation drawings and wiring diagrams

Electrically operated spindle drive E 1500 N Drawing No.

Installation drawings Solo/Synchronic bottom hung/top hung/

skylight at main closing edge 45144-EP-001

Synchronic skylight at secondary closing edge 45144-EP-002

Wiring diagrams Synchronic control unit 122481

Ø 6 with bearing bush

Ø 8 without bearing bush

Ap

pro

x. 3

02

mm

+ s

tro

ke

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55

30

40

50

20

58

15

19~



Minimum casement height for E 1500 N on skylight (guideline values*)

E 1500 N stroke Casement height

Fh

Opening angle Space required

for drive swivel

under skylight

1000 mm 850 mm approx. 850 min. 740 mm




* Due to the large range of window pro! les and installation options with baseplates

on site, we recommend examining the installation on site, especially where limited

space is available.

Example:

Space requirement for drive swivel under skylight at opening angle approx. 600


Fh


for drive swivel

under skylight





Space requirement under skylight for swivel movement of the drive depends on

casement height (larger casement height = smaller swivel).

Installation of spindle drive E 1500 N on skylight with casement bracket E 1500

With skylight bracket E 1500 H40

Guideline values based on installation example

Attention: Diagram and tables contain guideline values only and refer to the applications as shown

below. If the installation conditions di" er, the values must be determined on site.

Casement height Fh

Clearance under the skylight for swivel movement

of the drive during opening movement,

see “space requirement” diagram

Space required for swivelling

Opening angle

Space required for swivel movement (mm)

Opening angle (0)

Ca

sem

en

t h

eig

ht

Fh (

mm

)C

ase

me

nt

he

igh

t Fh

(m

m)

Stroke

Stroke

Stroke

Stroke

Stroke

Stroke

Stroke

Stroke

GEZE E 1500 N with

skylight bracket H40

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47

100

57

120

30

86

20~

300mm

500mm

750mm

1000mm

1700

1600

1400

1200

1000

800

600

400

200

0° 10° 20° 30° 40° 50° 60° 70° 80° 85°

GEZE E 1500 N with

skylight bracket H86

Minimum casement height for E 1500 N on skylight (guideline values*)


Fh


for drive swivel

under skylight





* Due to the large range of window pro! les and installation options with baseplates

on site, we recommend examining the installation on site, especially where limited

space is available.

Example:

Space requirement for drive swivel under skylight at opening angle approx. 60°


Fh


for drive swivel

under skylight







Installation of spindle drive E 1500 N on skylight with casement bracket E 1500

and skylight bracket E 1500 H86


Attention: Diagram and tables contain guideline values only and refer to the applications as shown

below. If the installation conditions di# er, the values must be determined on site.

Casement height Fh


Opening angle


Opening angle (0)

Ca

sem

en

t h

eig

ht

Fh (

mm

)C

ase

me

nt

he

igh

t Fh

(m

m)

Stroke

Stroke

Stroke

Stroke

Stroke

Stroke

Stroke

Stroke

Clearance under the skylight for swivel movement of the drive

during opening movement, see “space requirement” diagram



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GEZE E 3000

GEZE spindle drive E 3000 24 V DC

RWA electrically operated spindle drive as solo or synchronic solution for heavy skylights

The electrically operated spindle drive E 3000 is used for electric motor-operated opening and closing of roo! ights. It is suitable for both

natural smoke and heat extraction and for smoke dissipation and for daily ventilation. The E 3000 can be used on particularly large and heavy

roo! ights as a real synchronous solution with synchro control.

The robust, corrosion-resistant version, the built-in end position damping, the aluminium housing and the silicone connection cable are the

outstanding features of this high-quality electrically operated spindle drive.

PRODUCT FEATURES



j Stroke length 1000 mm (longer stroke lengths available on request) j Use as solo drive with load cut-o" E 3000 and the E 3000 synchronic control unit is required for

synchronous operationj Silicone connection cablej Suitable for use in tested and certi# ed GEZE SHEVs to EN 12101-2

Description Version Id. No. Id. No. Id. No. Id. No.

E 3000 Load cut-o! Sychronic control unit

Stroke 300 mm

EV1 (silver) 121227

121272 121273white RAL 9016 121228

to RAL 121229

Stroke 500 mm

EV1 (silver) 121230

121889 121983white RAL 9016 121241

to RAL 121242

Stroke 750 mm

EV1 (silver) 121243

121890 121984white RAL 9016 121244

to RAL 121245

Stroke 1000 mm

EV1 (silver) 121246

121981 121985white RAL 9016 121247

to RAL 121248

Special versionEV1 (silver) 121249

121982 121986to RAL 121250

Clamp ring E 3000

EV1 (silver) 121274

white RAL 9016 121275

to RAL 121276


EV1 (silver) 121277

white RAL 9016 121278

to RAL 121279

Skylight console E 3000

EV1 (silver) 121280

white RAL 9016 121291

to RAL 121292

ORDER INFORMATION – GEZE ELECTRICALLY OPERATED SPINDLE DRIVES E 3000 / 24V DC

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Accessories for GEZE electrically operated spindle drives E 3000

GEZE load cut-o� E 3000

An additional E 3000 load cut-o! is required for solo operation of the E 3000.

GEZE synchronic control unit E 3000

An additional synchronic control unit E 3000 is required for synchronous operation of the E 3000

Synchron. An additional load cut-o! is not necessary as this is included in the external synchronic

control unit.

GEZE clamping ring E 3000

Scope of supply with two collar screws

GEZE casement bracket E 3000

for " xing the spindle to the casement

GEZE skylight console E 3000

for " xing the E 3000 drive to the frame of the skylight



Skylight console E 3000


Clamp ring E 3000

Synchronic control unit E 3000

Load cut-o! E 3000

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45

120

100

70

20

134

20~

20

45

134

90

100

120

50

20°

n 50

n 18

8

24

min.40



RWA – electrically operated spindle drive E 3000 as direct opener

For electric motor-operated opening and closing of roo! ights. The E 3000 can be variably used for natural

smoke and heat extraction and smoke dissipation as well as for ventilation. Can be used both as a solo

drive and a synchronous solution for particularly wide and heavy casements.

Important: The Syncro version is recommended from 1.2 m main closing edge, depending on the pro" le

system used.

Application areas

Skylight Motor stroke: 400 mm

Type of window Solo Tandem

Casement weights for all strokes max. 180 kg max. 360 kg

Maximum casement width max. 1200 mm max. 2400 mm

Calculation of the swivelling range:

The space required under the skylight for swivel movement of the drive depends on the casement height

(larger casement height - smaller swivel).



Installation drawings Solo/Synchron skylight at main closing edge 45145-EP-001

Wiring diagrams Synchronic control unit 122485

Load cut-o# 122486

Installation of spindle drive E 3000 Solo or Synchron on the skylight (main closing edge)

with casement bracket E 3000 and skylight bracket E 3000


GEZE E 3000 with

Skylight console H86

Clearance under the skylight

for swivel movement of the drive

during opening movement,

see “space requirement” diagram

Casement height Fh Casement height Fh

Ø 6 with bearing bush

Ø 8 without bearing bush

Ap

pro

x. 4

65

mm

+ s

tro

ke

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Fh

134

45

20°

70

Minimum casement height for E 3000 on skylight (guideline values

E 1500 stroke Casement height

Fh


for drive swivel

under skylight





Example:

Space requirement for drive swivel under skylight at opening angle approx. 60°

E 1500 stroke Casement height

Fh


for drive swivel

under skylight








Opening angle


Opening angle (0)

Ca

sem

en

t h

eig

ht

Fh (

mm

)C

ase

me

nt

he

igh

t Fh

(m

m)

Stroke

Stroke

Stroke

Stroke

Stroke

Stroke

Stroke

Stroke

GEZE E 3000 with

Skylight console H86



Clearance under the skylight for swivel movement of the drive

during opening movement, see “space requirement” diagram

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GEZE OPENING AND LOCKING SYSTEMS


Opening and locking systems RWA 100E, RWA 105E and RWA 110E

GEZE's RWA opening and locking systems include the RWA 100E, RWA 105E and RWA 110E. They are available as corresponding tandem

versions in combination with the synchronised cut-o! E102. They are suitable for both natural smoke and heat extraction, smoke dissipation

and for ventilation. The systems consist of a mechanical bracket set combined with the high-quality RWA electrically operated spindle drive

E 250 VdS. Thanks to the mechanical locking it is not necessary to use additional electrical locking drives.

RWA systems RWA 100E RWA 105E RWA 110E

Main area of use

Inward-opening bottom

hung, top hung and side hung

windows

Post & rail constructions and

inward-opening side hung

windows

Outward-opening top hung

windows

Dimensions (width x height x depth) Stroke + 240 x 40 x 47 Stroke + 240 x 40 x 47 Stroke + 240 x 40 x 47

Stroke length 100 mm

150 mm

200 mm

230 mm

300 mm

d

d

d

s

d

d

d

s

d

s

s

d

d

s

d

Max. pushing/pulling force750 N/750 N

VdS nominal force 500 N

750 N/750 N


750 N/750 N


Pushing speed 5 mm/s 5 mm/s 5 mm/s

End position cut-o! on/o! electromechanical electromechanical electromechanical

Overload cut-o! electromechanical electromechanical electromechanical

Voltage 24 V DC (+30% to -20%) 24 V DC (+30% to -20%) 24 V DC (+30% to -20%)

Power consumption 0.8 A 0.8 A 0.8 A

Power consumption 20 W 20 W 20 W

Max. residual ripple 20% 20% 20%

Ambient temperature -5 0C to +75 0C -5 0C to +75 0C -5 0C to +75 0C

Enclosure rating / protection class IP65 / III IP65 / III IP65 / III

VdS approval d d d

Cables 3 x 0.75 mm2, 2 m 3 x 0.75 mm2, 2 m 3 x 0.75 mm2, 2 m

Weight approx. 2.6 to 3.1 kg approx. 3.3 to 3.6 kg approx. 3.3 to 3.6 kg

Area of application Dry rooms Dry rooms Dry rooms

d = yes s = no

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Overview of the systems

RWA systems RWA 100E RWA 105E RWA 110E

Main area of use

Bottom hung, top hung

and side hung windows

inward-opening

Post & rail constructions

side hung windows,

inward-opening

Bottom hung and top hung

windows

outward-opening

vertical, inward-opening windows d d s

vertical, outward-opening windows s s d

Permissible HSK dimensions for Solo:

for wood and aluminium 360 – 1200 mm depending on stroke 430 – 1200 mm

for plastic 360 – 800 mm depending on stroke 430 – 800 mm

Permissible HSK dimensions for Tandem:

for wood and aluminium 800 – 2400 mm depending on stroke 850 – 2400 mm

for plastic 900 – 1600 mm depending on stroke 850 – 1600 mm

Casement heights for Solo/Tandem 470 – 1700 mm depending on stroke 600 – 1600 mm

Max. panel weight 30 kg/m2 30 kg/m230 kg/m2

(bottom hung 25 kg/m2)

Space requirement

Locking side:

min. 32 mm

Motor side: min. 48 mm

Perimeter frame: 18 mm

Casement: 38 mm

Post and rail height

max. 125 mm

Casement frame: min. 33 mm

Perimeter frame: min. 45 mm

Tandem operation d d d

with synchronised cut-o" E102 with synchronised cut-o" E102 with synchronised cut-o" E102

Locking and additional bracket d d d

from 1.2 m2 window area,

2 locking devices required

(standard and additional lock)

with 2 locking brackets from 1.2 m2 window area,

2 locking devices required

(standard and additional lock)

i dimension max. 70 mm 70 mm 70 mm

d = yes s = no



RWA 100E on bottom hung window RWA 105E on side hung window RWA 110E on top hung window

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GEZE RWA 100E



GEZE RWA 110E/Tandem opening and locking system

RWA system for inward-opening bottom hung, top hung and side hung windows

The RWA 100E system is available with four di! erent stroke lengths and is used for natural smoke and heat extraction, smoke dissipation

and the ventilation of inward-opening rectangular windows. The universal installation system enables use of all standard, vertically installed

types of casements. High-quality components guarantee a long life.

j The RWA 100E system consists of an electrically operated spindle drive E 250 VdS mounted on the

surface of the pro" le,

combined with a mechanical bracket set; available in four stroke lengthsj Suitable as a solo solution and as a tandem solution for wide casements – use of two RWA 100Es with the

synchronised cut-o! E102j Achieves large opening widths with small spindle stroke in max. 60 secondsj Mechanical locking at the main closing edge, possibility of use of a mechanical

additional lock on the secondary closing edge on the motor sidej Suitable for installation in tested, certi" ed GEZE SHEVs to EN 12101-2

PRODUCT FEATURES

Description Version Id. No. Id. No. Id. No. Id. No. Id. No.

Stroke 100 mm Stroke 150 mm Stroke 200 mm Stroke 300 mm

RWA 100E

silver 019726 019725 019724 021291

white RAL 9016 019745 019744 019743 021296

to RAL 019742 019741 019740 021295

L = 2000 mm L = 3000 mm L = 6000 mm

Rod ø 12 mm galvanised 053198 053199 054116

Cover pro" le

(2000 mm and 3000 mm lengths,

mitred on both sides)

silver 058771 058774 058630

white RAL 9016 018293 018294 018251

to RAL 014258 014259 013814

Drilling template 014740

Corner transmission OL 320 058648

Additional lock OL 320

silver 063974

white RAL 9016 018257

to RAL 013080


for secondary closing edges

silver 120297

white RAL 9016 120298

to RAL 120299

Additional angle bracket

for additional lock OL 320

silver 050727

white RAL 9016 015519

to RAL 013077

Synchronised cut-o! E102 / 24 V DC 101323

Synchronising unit for electric drives 24 V 111198

ORDER INFORMATION – GEZE RWA 100E

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80

0-2

40

0*2

)

470-1600

800-2400*2)

47

0-1

70

0

800-2400*2)

47

0-1

70

0

max. 20°

47

0-1

70

0

ma

x.1

70

0

800-2400*2)

System RWA 100E and tandem RWA 100E – application areas

Pro! le-mounted system for vertically installed inward-opening bottom hung, top hung, angular and side hung windows.

The main area of use is for inward-opening bottom hung windows.



Side hung

windows

Bottom hung

window

Top hung

windows

Angular windows

Bottom hung

Angular windows

Bottom hung

Side hung

windows

Bottom hung

window

Top hung

windows

Angular

windows

RWA 100E RWA 100E Tandem

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System RWA 100E – system layout



Electrically operated spindle drive E 250

Clamping piece

Toe angle bracket


Additional angle bracket, complete

Release spring

Corner transmission OL 320

Rod guide OL 320

Tilt bracket E 250

For ! tting dimensions G and E, see installation instructions in RWA 100E packaging

2 hinges on the electrical drive side **)

Limiter

(provided by customer)*)

Ele

ctri

c d

riv

e 2

50

-Vd

S

*) required for PVC windows only

**) to be provided on site by customer

The values given for the opening angle and opening width are guideline values only and can vary depending on the type of

installation and � tting dimension G.

RWA 100E and RWA 100E Tandem Dimensions in [mm] Stroke

Casement height (dim. b)

Opening angle [°]

Opening width [mm]

950-1000

approx. 52

approx. 860

1000-1050

approx. 48

approx. 820

1050-1100

approx. 48

approx. 860

1100-1150

approx. 44

approx. 840

1150-1250

approx. 40

approx. 830

1250-1320

approx. 38

approx. 850

1320-1400

approx. 35

approx. 820

1400-1500

approx. 32

approx. 800

1500-1600

approx. 29

approx. 780

1600-1700

approx. 27

approx. 750

300


Opening angle [°]

Opening width [mm]

700-800

approx. 50

approx. 640

800-900

approx. 44

approx. 640

900-1000

approx. 40

approx. 650

1000-1100

approx. 33

approx. 600

1100-1200

approx. 28

approx. 570

1200-1300

approx. 25

approx. 540

200


Opening angle [°]

Opening width [mm]

560-630

approx. 51

approx. 520

630-700

approx. 46

approx. 520

700-800

approx. 37

approx. 490

800-900

approx. 35

approx. 490

900-1000

approx. 27

approx. 450

150


Opening angle [°]

Opening width [mm]

470-520

approx. 36

approx. 320

520-600

approx. 36

approx. 350

600-700

approx. 34

approx. 380

700-800

approx. 30

approx. 380

800-850

approx. 28

approx. 400

100

Determination of the motor stroke

Identi� cation numbers of the installation drawings and wiring diagrams

RWA 100E Drawing No.

Installation drawings System 41521-EP-001

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GEZE RWA 105E




RWA system for post & rail constructions

The RWA 105E system is available with three di! erent stroke lengths and is used for natural smoke and heat extraction, smoke dissipation and

ventilation. The universal installation system enables use on vertically installed post and rail constructions and inward-opening side hung

windows – even in con" ned spaces. A particular advantage of this system is the double mechanical lock, the increased weathertightness

and high degree of burglary protection.

j RWA 105E, consisting of an electrically operated spindle drive E 250 VdS mounted on the surface of the

pro" le, combined with a mechanical bracket set; available in three stroke lengthsj Suitable as a solo solution and as a tandem solution for wide casements – use of two RWA 105Es with the

synchronised cut-o! E102j Achieves large opening widths with small spindle stroke in max. 60 secondsj High-quality components guarantee a long lifej Mounted on the surface of the pro" le – motor attached to the window and does not protrude into the

roomj Suitable for installation in tested, certi" ed GEZE SHEVs to EN 12101-2

PRODUCT FEATURES


Stroke 100 mm Stroke 150 mm Stroke 230 mm

RWA 105E

silver 072657 073094 072652

white RAL 9016 072661 073098 072656

to RAL 072660 073097 072655

RWA 105E Tandem

silver 072667 073099 072662

white RAL 9016 072671 073103 072666

to RAL 072670 073102 072665

L = 2000 mm L = 3000 mm L = 6000 mm


Cover pro" le



silver 058771 058774 058630

white RAL 9016 018293 018294 018251

to RAL 014258 014259 013814



Rod guide 058653


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Pro! le-mounted system for vertically installed, rectangular inward-opening bottom hung, top hung and side hung windows.

The main area of use is for side hung windows in curtain walling.

Dimensions in mm as standard; please contact GEZE if you require other dimensions

The details given are for wooden/aluminium windows; the following applies to PVC windows: *) max 800 mm (Solo), max. 1600 mm (Tandem)


Side hung

windows

Bottom hung

window

Top hung

windows

Side hung

windows

Bottom hung

window

Top hung

windows

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400

600

800

1000

1600

1200

2000

1400

1800

200

2200

2400

2600

2800

20

0

60

0

80

0

10

00

12

00

14

00

40

0

16

00

18

00

20

00

22

00

24

00




System RWA 105E – determination of the opening width

Outer edge of casement

2 hinges on the

electrical drive side **)


Spindle drive E 250

Corner transmission RWA 105E

Lock RWA 105E

Cover strip RWA 105E, lift 230 mm

Release spring RWA 105E

Bracket RWA 105E

Bracket baseplate RWA 105E

Rod guide

Drive support pin

Rod Ø 12, galvanised

Stroke 2

30

Op

en

ing

wid

th [

mm

]

Dimension b* [mm]

Stroke 150

Stroke 100

* Bottom hung casement: b = casement height

* Side hung window: b = casement width

Opening angle 75°

Opening angle 40°

Opening angle 25°



Installation drawings Solo 41523-EP-001

Tandem 41523-EP-002

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ab

a

b



RWA 105E (solo version)

permissible casement formats, stroke 100 mm

RWA 105E Tandem




RWA 105E Tandem




RWA 105E Tandem

permissible casement formats,

stroke 230 mm

Side hung windows

Side hung windows

Side hung windows

Side hung

windows

Side hung windows

Side hung windows

Bottom hung /

top hung windows

Bottom hung /

top hung windows

Bottom-

hung / Top-

hung windowsBottom-

hung / Top-

hung windows

Bottom-

hung / Top-

hung windows

Stroke 100a max. 1500b min. 535b max. 2075






System RWA 105E – determination of the motor stroke

RWA 105E Solo RWA 105E Tandem

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GEZE RWA 110E




RWA system for outward-opening bottom hung, top hung and side hung windows

The RWA 110E system is available with three di! erent stroke lengths and is used for natural smoke and heat extraction, smoke dissipation

and the ventilation of outward-opening windows. The universal installation system enables use of all standard, vertically installed types of

casements. High-quality components guarantee a long life.

j RWA 110E, consisting of an electrically operated spindle drive E 250 VdS, mounted on the surface of the

pro" le, combined with a mechanical bracket set; available in three stroke lengthsj Suitable as a solo solution and as a tandem solution for wide casements – use of two RWA 110Es with the

synchronised cut-o! E102j Achieves large opening widths with small spindle stroke in max. 60 secondsj Mounted on the surface of the pro" le – the motor is attached to the window and does not protrude into

the roomj Mechanical lock on the main closing edgej Suitable for installation in tested, certi" ed GEZE SHEVs to EN 12101-2

PRODUCT FEATURES


Stroke

150 mm

Stroke

200 mm

Stroke

300 mm

RWA 110E

silver 020559 020552 021303

white RAL 9016 020567 020558 021311

to RAL 020564 020556 021310

L = 2000 mm L = 3000 mm L = 6000 mm


Cover pro" le



silver 058771 058774 058630

white RAL 9016 018293 018294 018251

to RAL 014258 014259 013814


Corner transmission OL 320 058648


silver 063974

white RAL 9016 018257

to RAL 013080

Additional angle bracket for additional lock OL 320

silver 050727

white RAL 9016 015519

to RAL 013077



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Pro! le-mounted system for vertically installed, outward-opening bottom hung, top hung and side hung windows.


Top hung

windows

Bottom hung

window

*) min 800 for

2 locks

Bottom hung

window

Top hung

windows

Side hung

windows

Side hung

windows

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6

4 3

G

5

2

7

b

a

8

1

120 min 45 mm

min

33 m

m

min 33 mm




Electrically operated spindle drive E 250

Rod transmission


Additional angle bracket, complete

Release spring

Corner transmission OL 320

Rod guide OL 320

Frame bracket

2 hinges on the drive side **)

Ele

ctri

c d

riv

e E

25

0


Determination of the motor stroke:

The values given for the opening angle and opening width are guideline values and can vary depending on the type of installation

and ! tting dimensions G.

RWA 110E and RWA 110E Tandem Dimensions in [mm] Stroke


Opening angle [°]

Opening width [mm]

900-920

approx. 56

approx. 880

920-950

approx. 54

approx. 870

950-1000

approx. 51

approx. 870

1000-1050

approx. 49

approx. 880

1050-1100

approx. 47

approx. 880

1100-1200

approx. 43

approx. 860

1200-1300

approx. 39

approx. 860

1300-1400

approx. 35

approx. 830

1400-1500

approx. 33

approx. 840

1500-1600

approx. 31

approx. 840

E 250/E 300


Opening angle [°]

Opening width [mm]

650-700

approx. 55

approx. 640

700-750

approx. 51

approx. 650

750-800

approx. 48

approx. 650

800-850

approx. 46

approx. 670

850-900

approx. 43

approx. 670

900-950

approx. 41

approx. 670

950-1000

approx. 39

approx. 670

E 250/E 200


Opening angle [°]

Opening width [mm]

600-650

approx. 45

approx. 510

650-700

approx. 44

approx. 530

700-750

approx. 42

approx. 540

750-800

approx. 39

approx. 540

800-850

approx. 37

approx. 540

E 250/E150



Installation drawings Outward-opening system 41521-EP-002

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GEZE E 212/E 205

210

191 10

33

16

360 (410)

200 130 (180) 15

38


GEZE ELECTRIC LINEAR DRIVES

GEZE electric linear drives E 212 and E 205

Electric linear drives for use in conjunction with slimline fanlight openers

The GEZE ! at fanlight openers can be electrically activated in conjunction with the E 212 and E 305 electric motors. Therefore, cost-e" ective

and simple motorised solutions result for activating several scissor stays where several heavy windows exist. In addition, the drives are also

ideally suited for the activation of louvre windows. The narrow design allows elegant adaptation to window frontages.

j In combination with the slimline fanlight opener OL 320, OL 90 N and OL 95 the electric linear drives

can be used for smoke dissipation and ventilationj Completely pre-assembled module; simple installation on the left, right, horizontally and vertically with

external, concealable screwsj Small space requirement above the casements and to the side of themj Limit switch and drive protection (self-locking thermal latch integrated in the winding) installed and

adjustablej Adjustable spindle stroke; activation via emergency power control unitj The electric linear drives are also suitable for louvre windows

PRODUCT FEATURES


Electric linear drive E 212/24 V DC

Power consumption 1.2 A

EV1 010899

white RAL 9016 015540

to RAL 010915

Electric linear drive E 205/24 V DC

Power consumption 1.9 A

silver 056041

white RAL 9016 027096

to RAL 027095

Connection parts for E 205, rod and coupling with OL 90 N 030870


Safety scissor stay No. 60 133814

Safety scissor stay No. 35 Galvanised steel 014499

Drilling template for metal and PVC 010881

ORDER INFORMATION – GEZE ELECTRIC LINEAR DRIVES

GEZE electric linear drive E 212 GEZE electric linear drive E 205

Dimensioned drawing E 212

Dimensioned drawing E 205

Status display

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Fanlight opener system with electric linear drive E 212 or E 205

Application area – slimline fanlight opener OL 320j Surface-mounted slimline fanlight opener for vertically installed bottom hung, top hung and

horizontally pivot hung casementsj Inward-opening casements, can be used on the left and rightj Casement weights according to the application diagramsj Locking device in the scissor stayj Only one casement bracket for all projection sizes and materials, i.e. simple installationj Completely pre-assembled modules, therefore few ! tting partsj Small space requirement above the casements and to the side of themj All visible parts made from lightweight metal

Opening width approx. 300 mm with stroke 66 mm (standard), approx. 220 mm with stroke 42 mm

(on request)

Area of applicationj Can be used vertically or horizontally, on the left or right of the windowj Electrically operated spindle drive suitable for dry rooms onlyj Permissible casement projection height 0–25 mm

Drives can also be used for louvre windows.

Further information available on request.

Technical data E 212 E 205

Dimensions (height x width x length) 30 x 80 x 210 mm 52 x 70 x 360 mm

Adjustable stroke 42 – 66 mm 42 – 70 mm

Tensile and compressive force 1400 N 2000 N

Running time (under load) approx. 35 sec for 52 mm stroke approx. 45 sec for 70 mm stroke

Temperature range -200 to +700 C -200 to +700 C

Power consumption 29 W 30 W

Power consumption 1.2 A 1.9 A

Protection type IP 52 IP 54

Operating voltage 24 V DC 24 V DC

Cables Plug-in version 3 x 1.5 mm2

Number of

scissor stays

required

E 212 E 205

Casement width a

for horizontal installation

Casement width a

for vertical installation

Casement width a

for horizontal installation

Casement width a

for vertical installation

1 scissor stay 800-1200 mm 600-1200 mm 850-1350 mm 600-1200 mm

2 scissor stays 1201-2400 mm 1201-2400 mm 1351-2400 mm 1201-2400 mm

3 scissor stays 2401-3600 mm s 2401-3600 mm 2401-3600 mm

4 scissor stays s s 3600-4800 mm s

5 scissor stays s s 4801-5400 mm s

Casement height b min.

400 mm1)


500 mm2)


400 mm1)


540 mm2)

s = no1) If the opening width is limited to 190 mm by the motor stroke, b min. = 290 mm2) If there is no bottom reveal, b min. = 400 mm

Note:

If installed on bottom hung casements, for product liability reasons, we specify the installation of separate safety scissor stays. These are an

additional safety device which ensures permanent connection between the casement and frame, e.g. GEZE FPS gripping and cleaning scissor

stay.

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i



Permissible casement width and panel weight depending on the “i” dimension

(for installation with OL 320)

Up to four scissor stays can be installed, provided the total

casement width is not exceeded.

Horizontal installation - E 205 Vertical installation - E 205

Pan

el w

eig

ht [

kg/m

2]

Total casement width

(Sum of all casement widths) [m]

E.g.:

a = 2.0 m

permissible panel weight = 32 kg/m²i = 40 - 80

E.g.:a = 2.2 mpermissible panel weight = 38 kg/m²i = 40 - 80

Up to " ve scissor stays can be installed, provided the total

casement width is not exceeded.

Pan

el w

eig

ht [

kg/m

2]

Horizontal installation - E 212 Vertical installation - E 212





Pan

el w

eig

ht [

kg/m

2]

Pan

el w

eig

ht [

kg/m

2]





i = Distance between the casement centre of gravity and the hinge pivot point [mm]

Identi cation numbers of the installation drawings and wiring diagrams

Electric linear drive E 212 Drawing No. Electric linear drive E 212 Drawing No.

Installation drawings Horizontal installation 40408-EP-030 Horizontal installation 40408-EP-003

Vertical installation 40408-EP-029 Vertical installation 40408-EP-002

Installation

on post & rail construction 40408-0-031

Wiring diagrams 45109-9-0956 45109-9-0955

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The following components are required for this system:

In the lock area

An electrical door opener model 14 Fa! x KL 24 V AC

Door lock and door handle (are not directly part of the RWA system and

must be supplied by the door manufacturer)

On the door lintel

One door closer TS 4000, TS 4000 EFS or TS 5000 in special installation

In the area of the door or in an ancillary room

One control unit E 10/24 V

One emergency power control unit THZ, THZ Comfort, E 260 N/24 V DC,

MBZ 320

In the stairway

RWA pushbutton FT4 for actuating alarm

(Quantity and arrangement according to the building control authorities)

One or several smoke detectors (mounted on the ceiling)

for automatic actuation

1

3

4

5

6

7

2

System arrangement

GEZE RWA TÖ

1

4

56

7

3

6

GEZE RWA fresh air systems

GEZE RWA TÖ

GEZE RWA TÖ fresh air

Combination of door closer and RWA control unit

This system provides the option of using a door as an RWA fresh air opening and therefore of creating a large fresh air inlet area relatively

quickly. In rooms with no or too small windows or # aps – e.g. to a roof garden, terrace or balcony – the door can be used in conjunction

with the RWA TÖ system as a smoke extraction opening.

The RWA TÖ system combines a door closer with RWA control unit and the relevant accessories. Released by the emergency current control

unit, in the RWA case this door is opened by the force of the inversely mounted door closer. Equipped with the GEZE motor lock IQ Lock EL

or the emergency exit opener 331, this version can also be used as an emergency exit door.

Mains connection

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166 mm 95 mm

155 m

m

Rauchabzug

Scheibe einschlagen

Knopf tief drücken

Alarm


GEZE RWA TÖ

GEZE RWA TÖ fresh air - description of function

Opening the door/emergency

j Manual:

The door opener is unlocked by pressing an RWA pushbutton FT4 or other pulse generator. The spring-tensioned door closer opens the door.

The door can be opened with the door handle without activating the smoke and heat extraction systems.j Automatic:

By operating the smoke and heat detector, a pulse is sent to the door opener and it releases the door. Door opening angle limited to approx.

90° (otherwise damage to closer is possible).

Manual closing of the door/alarm reset

The alarm is reset using the reset button of the RWA pushbutton FT4 and the associated unlocking of the pushbutton or, if released via a

smoke and heat detector, by resetting the detector. The door must then be closed by hand by pushing against the pressure of the door closer

connected as a door opener. If the power supply in the building is not secured by an emergency generator, this must be ensured via an

emergency power supply.

Technical data

Control unit E10

Plastic housing

Pre-assembled ready to connect unit

matched to the power required by the 24 V DC door opener

Output power max. 1 A

Input voltage 24 V DC

Output voltage 24 V DC time limit timed to 10 s

Door closer TS 4000, TS 4000 EFS or TS 5000 in special installation

opens the door when the system is released, as soon as the door opener is unlocked

with guide rail and lever

adjustable opening force

controllable opening damping

safety valve

for inward and outward-opening doors

RWA pushbutton FT4 – release button

lockable door

with viewing panel

Indicator lights for “Window open”, “Alarm“, “Fault” and “Operation OK”

in colours: orange, red, blue and grey

Door opener model 14 Fa! x 24

Door opener with short # at strike plate

Latch release, matched to latch and bolt, the door lock and the door construction

reliable, fail-safe unlocking of the door latch with operating current

Adjustment range max. 4 mm

Frame dimension min. 44 mm

Nominal voltage 24 V AC ±15%

Power consumption 400 mA ±15%

ON period max. 1 min.

can be used on the left and right

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213 mm 98 mm

180 m

m


GEZE RWA TÖ

Technical data

Emergency power control unit E 260 N 24 V DC

automatic changeover to battery operation in the event of a power failure

Mains voltage 230 V AC, 50 Hz

with control diode in the front panel

Heat di! erential detector type WM 1005

Operating voltage: 8 V to 30 V

Dimensions: ø 102 x 50 mm

Smoke detector type RM 1003 24 V DC

Operating voltage: 8 V to 30 V

Dimensions: ø 102 x 42 mm

Activation and supply via the emergency power control unit E 260 N2-N32

It functions in the same way as the standard RWA with electric drive, i.e. connection via the required motor group. The E10 control units are

supplied with 24 V DC and activated via the emergency power control units (max. " ve E10 control units per group, taking into account the total

current).

The output power of the E10 control unit is 1 A. Therefore, max. two Fa" x door openers are possible with each E10. In the event of an alarm

(window OPEN), the Fa" x door opener is active (open-circuit principle).

The alarm of the door opener is actuated by the emergency power control unit E 260 Nj manually using RWA pushbutton FT4 and/orj automatically via smoke detector RM 1003 or heat di# erential detector WM 1005j retriggering in case of an alarm causes activation every 2 minutes

Central alarm actuation via the local " re alarm system (BMA) or a central pushbutton for several E10 control unitsThe alarm signal is connected via a potential-free switch contact to the supply line of the emergency power supply to the " rst E10 control unit,

i.e. at rest the contact must be open (break contact) and in the event of an alarm it must close (make contact). The alarm is then looped through

to all E10 control units connected in series (up to 10 maximum).

Further information about the actuation options listed in the following is available on request:j Actuation via pushbutton input through potential-free make contact of the BMA provided on site by the customerj Actuation via smoke switch input through potential-free break contact of the BMA provided on site by the customerj Actuation via local pushbutton or smoke switch and a further central switch for all E10 control units connected in seriesj Actuation via a local pushbutton and via a further central key-operated switch and/or BMA remote releasej Actuation via a central pushbutton as circuit-breaker

RWA-EL TÖ “OPEN” on a double-leaf doorThe functional options of the double-leaf version are the same as those in the cases described above. The " xed leaf must open later to ensure

that both leaves of a double-leaf door are not opened at the same time, causing them to get caught. This can also be achieved by a time relay

or the GEZE activation delay block LEV, upstream of the E10 control unit.

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GEZE RWA TÖ

Combination with the GEZE escape route system (RWS)

The function is similar to that of the standard version. An inverse type door closer (with preloaded spring) and an electrical retention magnet

(MA 500 with reed contact) is installed on the door. The retention magnet is continuously supplied with current and keeps the door closed

against the spring force of the door closer (closed-circuit principle).

The retention magnet is activated and supplied via an RWS door control unit. In a panic case, the door control unit is released directly by pressing

the emergency button. The door control unit is connected to an RWA E 260 N emergency power control unit (relay alarm) via a potential-free

break contact. In the case of a # re, the alarm is actuated and the magnet is released by pressing an RWA pushbutton (manual release) or smoke

switch (automatic release). The door is then opened by the spring force of the door closer.

In this system, the door control unit can also be unlocked and the door passed through using a key-operated switch. After passing through the

door it must be re-closed manually, against the spring force of the door closer.

In the event of short-term release, automatic locking is possible after closing the door (a so-called discontinuation), i.e. the door only has to be

pressed shut and locks automatically, as soon as the door leaf is closed.

Note: For further information on the RWS function and the door control units, please refer to the GEZE SecuLogic documents.

Combination with TS 4000 EFS

(Invers version/for convenient passing through the door in normal operation)

The Freeswing door closer TS 4000 EFS (in special installation for the RWA-EL-TÖ “OPEN” system) in inverse activation enables the user to

conveniently pass through the door in routine operation.

In case of # re the door opens automatically (by manual or automatic activation), to ensure smoke extraction.

Manual:j Emergency: The door opener is unlocked by pressing a pushbutton or other pulse generator. The spring-tensioned door closer opens the

door (Freeswing function is deactivated).j Normal operation: The door can be opened with the door handle.

Automatic:j By operating the smoke and heat detector, a pulse is sent to the door opener and it releases the door; the door opens (Freeswing function is

deactivated).

Closing the door:j Following emergency: The pressed button and/or smoke and heat switches must be reset. The door must then be closed by hand by

pushing against the pressure of the door closer connected as a “door opener”.

Note: Combination with the GEZE MLS motor lock is possible. Please contact GEZE GmbH for details.

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GEZE RWA K 600

GEZE RWA K 600 FGEZE RWA K 600 G GEZE RWA K 600 T


GEZE RWA K 600

GEZE retractable arm drive RWA K 600

Retractable arm drive for opening doors and windows

The RWA K 600 provides possible solutions if large opening angles are to be generated at doors and windows. A programmable opening

angle of up to 930 enables the elements to be opened to 900 depending on which side the door opens (left/right). The retractable arm drive

can be installed with freely supported, unrestrained lever arm or with ! xed connection to the door or window casement. The drive sits in

the lintel, on the frame or the casement. In the unrestrained surface-mounted installation the RWA K 600 can be combined with GEZE door

closers and is therefore ideal for air inlet openings with high passage convenience. The combination of RWA K 600, motor lock and door

closer is the single source solution for air inlet openings with lock suitable for insurance requirements.

AREA OF APPLICATION j Doors: hinge and counter-hinge side installation for free passage or with ! xed connectionj Inward and outward-opening bottom hung, top hung and side hung windows and skylights


RWA K 600 G retractable arm drive

with a guide rail for ! xed connection of the retractable arm

EV1 130057

Special version* 130058

Syncro* 133119

RWA K 600 T retractable arm drive

for freely supported, unrestrained installation with a roller on the retractable arm

EV1 130059


Syncro* 133120

RWA K 600 T retractable arm drive

with an articulated lever for ! xed connection of the retractable arm

EV1 130151


Syncro* 133221

RWA K 600 bracket T 130153

RWA K 600 bracket R 130154

* Con! gurable ID numbers

ORDER INFORMATION – GEZE ELECTRIC LINEAR DRIVES

j Microprocessor controlled drive – available as solo and synchronous version with real synchronous

control; synchronised multiple operation without additional modulej Electrically controlled soft start and soft stopj Integrated status contact can be used to connect a door openerj Max. power consumption 1.25 A · Torque 215 Nm · Tensile and compressive force max. 6oo N

PRODUCT FEATURES

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X

B

93°

9

0°

X-7

90

50

Ü

40

44

22

11

4

36


GEZE RWA K 600

AREA OF APPLICATION

GEZE RWA K 600 F retractable arm drive

The RWA K 600 F retractable arm drive can be used both on doors and on windows. In general it can be installed on the hinge side, side opposite

to hinge possible on request. The door cannot be freely passed through due to the ! xed connection of the drive with one door leaf.

Hinge-side installation on the door – ! tting dimensions

Type of installation Window, hinge side Door, hinge side

Max. leaf weight 30/40 kg/m2 250 kg 2)

Max. leaf/casement width 1) HSK 800 mm solo, 1200 mm syncro 1600 mm 2) solo

Min. leaf/casement width HSK s 355 mm

Max. leaf/casement height 2) NSK 2x + 750 mm s

Max. leaf/casement height NSK x + 420 mm s

Brackets Bracket R and

articulated lever bracket

Bracket R and

articulated lever bracket

Min. space requirement on the frame top 45 mm, side 55 mm 45 mm

Min. space requirement on the

casement

depends on the hinge centre spacing

1) A lock is necessary for larger leaf/casement widths2) Higher values available on request

Plan view Head point detail

Installation of bracket R / bracket for articulated lever

Bracket for articulated lever

Door hinge

Drive ! xing

Bracket RDrive

Frame

Retractable arm

Casement

Setting depends

on dimension Ü

Articulated lever

X = Distance of door hinge

from the drive ! xing

B = Hinge centre spacing

Ü = Leaf/casement projection beyond frame

(if Ü<10 mm: use baseplate with bracket for

articulated lever = Ü + baseplate = 10 mm)

Determination of the X dimension with

opening angle α = 900:

Examples:

B X dimension for α = 900

22 -55

36 -50

Di! erent opening angles / hinge centre spacings

available on request.

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408 X

B

max. 93°

X-7

90

50

Ü

40

44

22

11

4

36

Hinge-side installation on window – ! tting dimensions


Installation of bracket R / bracket for articulated lever

Bracket for

drive ! xing

Window hinge

Drive ! xing

Frame

Setting depends on

dimension Ü

Window opening angle α

(depending on B and X)

Hin

ge

ce

ntr

e s

pac

ing

B =

10

± 2 X Opening angle α Z

-35 84 410

-30 83 410

-20 82 410

-15 81 390

-10 80 390

0 79 390

10 77 370

20 76 370

30 75 370




GEZE RWA K 600

X = Distance between the window hinge and the

drive ! xing


Ü = Projection of the casement beyond the frame

Bracket R

Casement

Articulated lever


Drive

Retractable arm

Bracket R

Z (depending on dimension X)

see table

Examples

RWA K 600 F hinge side for inward-opening bottom hung and top hung

windows

Casement dimensions Panel weight Number of

drives

NSK HSK 30 kg/m2 40 kg/m2

800 800 x = -30 mm

α = 830

x = -30 mm

α = 830

Solo

800 1200 x = 25 mm

α = 750

x = 25 mm

α = 750

Syncro

Ü = 10 mm

B = 10 mm

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90°

9

3°

B

X

X-75

465

6 x 60 (=360)

60

X

408

21

-X+X

117

21

6

77

101

Ü

34 45


GEZE RWA K 600

AREA OF APPLICATION

GEZE RWA K 600 G retractable arm drive

The RWA K 600 G retractable arm drive can be used both on doors and on windows. In general it can be installed on the hinge side and on the

side opposite the hinge. The door cannot be freely passed through due to the ! xed connection of the drive with one door leaf by means of a

guide rail.

Hinge-side installation on the door – ! tting dimensions

Type of installation Window, hinge side side opposite hinge Door, hinge side side opposite hinge

Max. leaf weight 30 kg/m2 250 kg 2)

Max. leaf/casement width 1) HSK 800 mm solo, 1200 mm syncro 1600 mm 2)

Min. leaf/casement width HSK s 470 mm 565 mm

Max. leaf/casement height 2) NSK 2x + 880 mm s

Max. leaf/casement height NSK x + 465 mm s

Min. space requirement on the frame 45 mm 45 mm


casement

s 45 mm s 45 mm

1) A lock is necessary for larger leaf/casement widths2) Higher values available on request


Guide rail installation


Door hinge

Drive ! xing

DriveDoor frame

provided by customer

(depending on Ü)





(Ü ≤ 20 mm)



Examples:


13 30

22 20

36 5



Door hinge

Guide rail

Retractable arm

Hinge axis

Door leaf

Mounting bracket on site, provided by customer

pro

vid

ed b

y cu

sto

mer

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X 465

6 x 60 (=360)

60

408

Installation on door on side opposite hinge – ! tting dimensions



Driving ! xing in lintel provided by customer and already installed on site or bracket provided by customer

Determination of the X dimension

with α = 900

(depending on B and PT)

B PT X dimension

for α = 900

22 40 100

22 50 110

22 60 120

22 65 125

22 70 130

22 75 135

22 80 140

36 40 115

36 50 125

36 60 135

36 65 140

36 70 145

36 75 150

36 80 155



X = Distance between the door hinge and the drive ! xing


PT = Pro! le overall depth, perimeter frame

Hinge axis


GEZE RWA K 600

Guide rail

Retractable arm

Drive

Door frame

Door hinge

Door leaf

Drive ! xing

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B

max.93

°

X

X-75

117

101

77

min. 2

21

6

40

34

465

450

6 x 60 (=360)

X

60

408

21

-X+X

Hinge-side installation on window – ! tting dimensions


Guide rail installation Window opening angle α = 900

(depending on B and X)

X B Opening angle α

30 10 900

60 10 850

90 10 800

120 10 750

150 10 710

190 10 650

230 10 600



X = Distance between the window hinge and the drive ! xing



Hinge axis


GEZE RWA K 600

Guide rail

Retractable arm

Drive

Mounting bracket on site, provided by customer

Frame

Casement

Drive ! xing

provided by customer

Examples

RWA K 600 G hinge side for inward-opening bottom hung and top hung windows

Casement dimensions Panel weight Number of drives


800 800 x = 30 mm

α = 900

x = 30 mm

α = 900

Solo

800 1200 x = 30 mm

α = 900

x = 30 mm

α = 900

Syncro

1200 1200 x = 160 mm

α = 700

x = 160 mm

α = 700

Syncro

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14

408

60

6 x 60 (=360)

450

465X

Installation on window on side opposite hinge – ! tting dimensions




(depending on X, B and PT)

X PT Opening angle α

Hin

ge

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ntr

e s

pac

ing

B ≤

10

mm

85 65 960

95 65 940

105 65 920

115 65 900

125 65 880

135 65 850

145 65 830

85 75 980

95 75 960

105 75 940

115 75 920

125 75 900

135 75 880

145 75 850


(depending on X, B and PT)

X PT Opening angle α

10 m

m ≤

hin

ge

ce

ntr

e s

pac

ing

B ≤

22

mm

85 65 990

95 65 970

105 65 950

115 65 930

125 65 900

135 65 880

145 65 860

85 75 1010

95 75 990

105 75 970

115 75 950

125 75 930

135 75 900

145 75 880

X = Distance between the window hinge and the drive " xing

PT = Pro" le overall depth, perimeter frame

Hinge axis

Guide railRetractable arm

Drive

Mounting bracket on site,

provided by customer Frame

Casement

Drive " xing


GEZE RWA K 600

Examples of RWA K 600 G, side opposite hinge side, for

outward-opening bottom hung and top hung windows

Casement dimensions Panel weight Number

of drives


800 800 x = 115 mm

α = 900

x = 115 mm

α = 900

Solo

800 1200 x = 115 mm

α = 900

x = 115 mm

α = 900

Syncro

1200 1200 x = 160 mm

α = 800

x = 160 mm

α = 800

Syncro

PT = 65 mm

B = 10 mm

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X

B

93°

90°

100

X-22

470

400

330

200

704

X

42

92

70

30

8

max.70

1 122

14

-X+X

22

min.55/max.70

50

40

50

50

75

min. 78 - max. 117

Ü

2


GEZE RWA K 600

GEZE RWA K 600 T retractable arm drive

The RWA K 600 T retractable arm drive has been designed for use on doors, mounted on the hinge side or the side opposite the hinge. The door

remains freely passable due to the freely supported, unrestrained activation of the lever by means of a pressure roll.

Hinge-side installation on the door



Bracket T

Door hinge







Examples:


Ü = 0 mm Ü = 10 mm

13 -60 -70

22 -55 -60

36 -45 -45



Door hingeDoor frame

Retractable arm

AREA OF APPLICATION Type of installation Door, hinge side Door, side opposite hinge

Max. leaf weight 250 kg 1) 250 kg 1)

Max. leaf width 1600 mm 1) 1600 mm 1)

Min. leaf width 470 + x mm 420 + x mm

Brackets Bracket R and bracket T s

Min. space requirement on the frame at the side 145 mm s


casement

50 mm 40 mm

1) Higher values available on request

Bracket R

Bracket R

Bracket T

Drive

Door leafBracket T

Roller ! tting

Bracket R

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Installation on door on side opposite hinge – ! tting dimensions


Driving ! xing in lintel provided by customer and already installed on site or bracket provided by customer

Determination of the X dimension

with α = 900

(depending on B and PT)

B PT X dimension for α

= 900

22 40 80

22 50 90

22 60 100

22 65 105

22 70 110

22 75 115

22 80 120

36 40 95

36 50 105

36 60 115

36 65 120

36 70 125

36 75 130

36 80 135



X = Distance between the window hinge and the drive ! xing



Roller ! tting

Retractable arm

Drive

Door frame

Door hinge

Door leaf


GEZE RWA K 600

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1

2

3

6

8

9

4

7

5

10

11

GEZE RWA AUT


GEZE RWA AUT

GEZE RWA AUT fresh air

Automatic opening of the doors in RWA case

This system is used for automatically passable doors which, depending on their location in the building, are used as fresh air or exhaust

air openings in the case of an emergency. It provides maximum daily passing convenience. In the RWA case, activated via the emergency

power control unit, the door automatically opens in a very short time. A large fresh air inlet surface is produced by the large opening widths

of the GEZE automatic doors. By combination with automatic door systems, the RWA AUT door can also be passed through with maximum

convenience in daily use as well as being used as an emergency exit door. Securing the automatic door in accordance with DIN 18650

ensures convenience and safety.

Mains connection

System arrangement

The system explained in the following is given as an example.

Please contact GEZE for details of the options of other versions and variations.

In the lock area

Emergency exit opener type 331

Latch lock type 807-10

On the door lintel

TSA 160 NT Invers swing door drive

The system can also be used for double-leaf doors.

Next to the door

Elbow switch for opening the door in normal operation

Other types of activation, e.g. radar, are also possible.

Emergency stop button (door opens without current)

In the building

Emergency power supply units

Emergency power supply UPS 700 or 1000

(required if the must not open in the event of a power failure)

Main switch

In the stairway

RWA pushbutton FT4

One or several smoke and/or heat detectors (mounted on ceiling)

for automatic activation

Power supply

1

3

4

5

6

7

8

9

10

11

2

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GEZE RWA AUT

GEZE RWA AUT fresh air - functional description

Function description with FTÖ 331

Compared to swing door drive TSA 160 NT, which opens the door automatically and closes by spring force, the TSA 160 NT Invers drive inverts this

function. In this case the closing action is automated, the opening takes place mechanically by means of spring force (advantage in RWA case). I.e.

the TSA 160 NT Invers opens by means of spring force in case of ! re or in the event of a power failure – closed-circuit principle. It is therefore also

necessary to use no-load door openers (or retention magnets); electric strike fail secure openers would not release the door in the door in the event

of a power failure. An uninterruptible power supply (UPS) is required to prevent unwanted opening of the door in the event of a power failure (e.g.

at night).

Opening the door in case of emergency

In the event of a ! re button or smoke detector alarm the power supply to the drive and to the door opener is interrupted. The doors are immediately

unlocked and mechanically opened to ensure reliable smoke removal. The doors remain open until the alarm is reset.

Opening the door in normal operation

The door opener is unlocked by pressing an elbow switch or other pulse generator. The spring-tensioned swing door drive opens the door

mechanically by means of spring force.

Closing the door in normal operation

In normal operation the door automatically closes via the control of the swing door drive after the set hold open time has expired.

Supply to the shut-down indicator board

The shut-down indicator board of the TSA 160 NT Invers must be supplied with an additional power supply.

Manual passing through the door

A door equipped with the TSA 160 NT Invers cannot be simply passed through manually. The door kept closed, not only by the emergency exit

opener but also by the solenoid valve of the hydraulics. As manual passing through the door does not generate an activation signal, when the door

is manually opened the drive attempts to close it again – this is comparable to the permanently open position of the (standard) TSA 160 NT, from

which it cannot be closed manually.

Emergency power supply UPS

If the door must not open in the event of a power failure, the Invers must also be equipped with a UPS in addition to the additional power supply

required.

Note: Version with automatic swing door drive in accordance with DIN 18650.

Combination of TSA 160 NT Invers with motor lock IQ Lock EL

The TSA 160 NT Invers can be combined with the GEZE motor lock. As the lock operates according to the open-circuit principle, in the RWA case

it is necessary to ensure that the lock is supplied with 24 V, e.g. by a GEZE RWA control unit E 260 N... Use of the GEZE motor lock IQ Lock EL is only

possible on 1 leaf doors. The MST 212 circuit board is also required for the RWA fresh air function; in the RWA case the board forwards the activation

of the RWA control unit to the lock and simultaneously switches o" the TSA 160 NT Invers.

Opening the door in case of emergency:

The additional MST 212 circuit board is activated, e.g. by the E 260 N. On the one hand, the MST 212 supplies the motor lock with voltage, on

the other hand it activates the lock, which means the lock is reliably unlocked, i.e. even in the event of a power failure. The power supply at the

TSA160 NT Invers drive is interrupted by a contact in the MST 212. As soon as the lock has been unlocked the doors are opened by the spring force

of the drive.

Closing the door after an alarm:

After cancelling the alarm, activated RWA pushbuttons and / or the smoke and heat di" erential detectors must be reset. If the door is closed, it is

automatically locked again via the motor lock or switches to the operating mode set at the lock. The door is therefore locked again. After the alarm,

the lock locks in precisely the same operating setting as the one set before the alarm (night / day / continuously open). The TSA 160 NT Inver must

be reset.

Opening the door in normal operation:

The GEZE IQ Lock EL is unlocked by pressing an elbow switch or other pulse generator. The spring-tensioned swing door drive opens the door

mechanically by means of spring force.

Closing the door in normal operation:

In normal operation the door automatically closes via the control of the swing door drive after the set hold open time has expired. The shut-down

indicator board is supplied via the power supply of the MST 212.

Manual passing through the door

Manual passing through the door is possible by pressing the internal door handle or by means of a key and a cylinder lock.

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GEZE RWA AUT

GEZE fresh air RWA AUT with swing door drive TSA 160 NT Invers and RWS

System arrangement

Additional components for RWS control:j TZ 220 door control unitj KL 220 terminal boxj Additional opener (break) contact for emergency button

Description of function

j The shut-down indicator board of the TSA 160 NT Invers is supplied with voltage from the door control unit and in case of an emergency is

disconnected from the power supply so that the door reliably opens.

At the same time the ! re alarm system or alarm contact of the emergency power supply control unit is connected to the door control unit.

A separate power supply for supplying the shut-down indicator board is not required.j To prevent unwanted opening of the door in the event of a power failure and to secure them through the door control unit, TSA 160 Invers

and door control units must be bu" ered by means of an uninterruptible power supply.

Opening the door in case of emergency

If the emergency button of the door control unit is pressed and in the event of an alarm of a ! re button or smoke detector, the TSA 160 NT Invers

is disconnected from the power supply via the door control unit and at the same time the emergency door opener is unlocked. The door is

immediately opened mechanically and remains open until the alarm is reset.

Closing the door after an alarm:

After cancelling an alarm, activated RWA pushbuttons and / or the smoke and heat di" erential detectors and any activated emergency buttons

of the door control units must be reset. In addition, the alarm must be acknowledged at the door control unit by means of a key-operated

switch.

Passing through door if RWS is locked – secured operation

By actuating the key-operated switch of the door control unit or other release elements (card reader, ext. key-operated switch) the door opens

automatically and automatically closes and locks after the short-term unlocking has expired (max. ! ve minutes). The release elements of the

TSA 160 NT Invers are not active here. If the short-term unlocking is exceeded, a pre-alarm is started, which switches to a door alarm after three

minutes, this must be subsequently acknowledged at the door control unit using a key.

Passing through the door if RWS unlocked – unsecured operation

By activating the release elements (elbow switch, radar detector), the TSA 160 NT Invers the door automatically opens by means of spring force

and closes after the hold open time set at the swing door drive has expired. For security reasons, security sensors are also recommended here

to secure the swivel range.

Technical data

Emergency exit opener 331

unlocks the door according to the closed-circuit principle

Operating voltage 24 V DC

Power consumption 160 mA

Compressive strength 7500 N

Latch lock

Counterpart to the emergency exit opener

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Technical data

Power supply for uninterruptible emergency power supply

USV 700 (e.g. for 1 leaf automatic swing door drive) 100 VA

USV 1000 (e.g. for two 1 leaf doors or one 2 leaf swing door drive) 1000 VA

Power supply 24 V

TSA 160 NT Invers swing door drive

Opening by means of spring mechanism and adjustable hydraulic valves

Closing by means of hydraulic pump system

Variations for single and double-leaf doors

External dimensions of the drive 690 x 100 x 120 mm

Casement widths max. 1400 mm

Casement weights max. 250 kg

Output voltage 24 V DC

Operating voltage 230 V AC

Power consumption 300 W

Note: For further details, please refer to the product documents of the GEZE TSA 160 NT.


GEZE RWA AUT

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24 V DC

GEZE RWA EM

GEZE RWA special variations

GEZE RWA-EM “OPEN” – ELECTROMAGNETIC

GEZE RWA EM “OPEN” – electromagnetic

For inward-opening vertically installed bottom hung, top hung, horizontally pivot hung and side hung windows

j Casement width of 300 mm to 1000 mm (top hung casement) or 1200 mm (bottom hung casement) with magnetic primary lockj Casement width up to 2000 mm (top hung casement) or 2400 mm (bottom hung casement) with magnetic primary lock, connecting rod

and secondary lock

Version withMains recti# er

Version withEmergency power supply

1

3

4

5

6

7

8

2

System arrangement

Magnetic primary lock E8/a for 24 V DC with casement bracket

for wooden and metal windows

Mechanical secondary lock C8/b, with casement bracket

for non-$ ush-closing and $ ush-closing windows, for wide casements

Connecting rod for mechanical connection

from the primary to the secondary lock

Spring arm, with frame and casement bracket, with opening damping

Spring pressure and spring stroke and spring force are matched to the

window system

Smoke and heat switch (ceiling mounted), type 142 with base for

automatic activation

Pushbutton E45 “Open with light”, with viewing panel, lockable

Arrangement on the ground $ oor and on upper storey,

additionally in other positions

Mains recti# er E 8g/24 V DC

Capacity according to the number of magnetic locks and smoke switches

Emergency power supply E 250/24 V DC with integrated rechargeable

battery for bridging short-term power failures

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GEZE RWA-EM “OPEN” – ELECTROMAGNETIC

GEZE RWA EM fresh air - description of function


The magnetic primary lock and mechanical secondary lock keep the window casement securely closed against the pressure of the spring arms

and the pressure of the wind.

The magnet in the primary lock is continuously supplied with current and keeps the bolt in the closed position against a compression spring

(closed-circuit principle).

Opening the window by interrupting the closed-circuit currentj Manual:

By pressing the pushbutton or other devices for interrupting the currentj Automatic:

By pressing the smoke and heat switches and in the event of a mains power failure (only in version with mains recti# er)

Manual closing of the window

The closed-circuit current $ ow must be reinstated by resetting the buttons or smoke and heat detectors. Closing the door by hand against the

pressure of the spring arms and pushing on the magnet in the magnetic primary lock.

Using an emergency power supply prevents unwanted opening of the windows in the event of short power failures, by then automatically

switching to battery mode.

This RWA system is not recommended for windows which can only be closed by climbing a ladder or sca% olding. It must be possible to manually

close the system – this must also be taken into account for the half-yearly functional test.

Technical data

Electromagnetic lock

pre-assembled units

Housing and baseplate bu% er made from anodised lightweight metal EV1

Power consumption per primary lock 0.13 A

in side hung casements: Casement height min. 1.5 x casement width

Secondary lock

mechanical

can be coupled to primary lock with connecting rod

Spring arm

safe, reliable, space-saving and dirt-protected unit

preassembled unit (EV1)

with backcheck

up to max. 30 kg/m2 panel weight

Stroke 150 – 300 mm

Pressure force 150 – 250 N

Opening angle up to 700 depending on the stroke and casement height

E 250 N emergency power supply 24 V AC/1.2 A

For technical data, see GEZE RWA TÖ system

Mains recti! er E8g/24 V DC NAG03/24 V DC

Input voltage 230 V AC 230 V AC

Output voltage 24 V DC „4 V DC

Mains current 0.4 A 0.9 A

Protection type IP 20 IP 30

Number of connectable MV max. 2 MW with smoke switch max. 5 MW without smoke switch

max. 7 MV without smoke switch

Plastic housing light grey white

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GEZE RWA CO2 “OPEN”


For inward-opening vertically installed bottom hung, top hung and horizontally pivot hung windows

j Casement width up to 1000 mm (bottom hung casement) or 1200 (top hung casement) with CO2 primary lock

j Casement width up to 2000 mm (bottom hung casement) or 2400 (top hung casement) with CO2 primary lock, connecting rod and

secondary lock

Exhaust air

Fresh air

1

3

4

5

6

7

2

System arrangement

CO2 primary lock for compressed gas or compressed air, with two casement

brackets, for wooden and metal casements

Mechanical secondary lock with two casement brackets,

for wooden and metal casements

Connecting rod for mechanical connection

from the primary to the secondary lock

Spring arm, with frame and casement bracket, with opening damping

Spring force and spring stroke are matched to the window system

Alarm box with integrated impact valve, for manual activation

a) without visual display

b) with visual display

Copper pipe 6 x 1 mm

T-! tting for copper pipe 6 x 1 mm

GEZE RWA CO2 “OPEN” – description of function


The CO2 primary lock and mechanical secondary lock keep the window casement securely closed against the pressure of the spring arms and

the pressure of the wind. The bolt in the primary lock is subjected to spring pressure. The primary lock has a pressure cylinder which is connected

to the release stations via a copper cable. The release station (alarm box) is equipped with CO2 cartridges. These CO

2 cartridges provide the

energy for releasing the windows, independently of other energy sources. The size of the CO2 cartridges must be speci! ed depending on the

number of pressure cylinders and the length of the line.

Opening the window

On actuating a release station, the CO2- cartridge is punctured. The CO

2 gas # ows through the copper pipe to the pressure cylinders in the

primary locks. The pressure cylinders release the bolt in the windows. The tensioned spring arms open the windows.

Manual closing of the window

The casements are pressed back manually against the pressing force of the spring arms. The bolts automatically latch into the locks. After closing

the punctured CO2 cartridges in the release station must be replaced. Alarm boxes, from whose position the windows to be opened are seen

do not have to have a visual display. This RWA system is not recommended for windows which can positioned high and can only be closed by

climbing ladders or sca$ olding, e.g. after each half-yearly function test.

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ZU

GEZE Sicherheitsschere Nr. 35

GEZE Sicherheitsschere Nr. 60



Technical data

CO² primary lock

pre-assembled units

Housing and baseplate bu! er made from anodised lightweight metal EV1

with connecting rod and secondary lock

Connection to copper pipe 6 x 1 mm

Secondary lock

mechanical

Spring arm

safe, reliable, space-saving and dirt-protected unit

preassembled unit (EV1)

with backcheck

up to max. 30 kg/m2 panel weight

Stroke 150 – 300 mm

Pressure force 150 – 250 N

Opening angle up to 700 depending on the stroke and casement height

Alarm box

Inspection window made of glass (2 mm) in the door

Door lockable

CO2 cartridges 18 g

Push in inspection window in case of emergency

max. 10 primary locks and 70 mm copper pipe 6 x 1 mm

Surface-mounted and # ush-mounted version

Accessories for GEZE RWA systems

GEZE safety scissor stay No. 35

If installed on bottom hung casements, for product liability reasons, installation of separate safety

scissor stays is speci$ ed. These additional safety devices ensure permanent connection between the

casement and frame, e.g. GEZE safety scissor stay No. 3.


Safety scissor stay as protection against falling, vertically installed bottom hung windows made from

aluminium, PVC or wood.

Note:j Two scissor stays must always be installed!j The relevant baseplates must be used to ensure secure $ xing.j For details of the permissible casement weights (max. 250 kg) and $ tting dimensions, please refer to

installation instructions No. 134433 and installation drawing 41314-EP-001

Description Id. No.

GEZE safety scissor stay No. 35 014499

Description Id. No.

GEZE safety scissor stay No. 60 133814

Safety scissor stays

Area of application: For securing and limiting the bottom hung casement



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GEZE RWA systems

GEZE RWA ACCESSORIES

GEZE RWA button FT4/24 V DC-VdS

The RWA button FT4 with pushbutton locking are intended for manual alarm actuation in case of ! re.

The surface-mounted housing is made from stable die-cast aluminium with a replaceable glass pane

according to DIN 14655. Due to its considerably higher protection against vandalism, the housing

o" ers clear quality advantages and is therefore particularly recommended for public buildings and

facilities.

j Clearly traceable, identi! able release by engagement of the pushbuttonj Switching capacity max. 100 mA 24 V DCj Reset button for resetting the alarmj With LED operating state displaysj Flush mounting

Recommended installationj Distance between pushbutton and # oor 1.4 ±20 cmj Clearly visible in stairway or corridorj The RWA button must not be concealed by door leafs


RWA button FT4 VdS certi! ed Orange RAL 2011 099561

RWA button FT4

Red RAL 3001 106380

Grey RAL 7035 106382

Blue RAL 5015 106381

Yellow RAL 1021 106885

Control elements

Area of application: Manual alarm actuation

RWA button FT4

GEZE gripping and cleaning scissor stay (FPS)

For bottom-hung casements, safeguards must be provided in addition to the fanlight opener, which

limit the tilting movement of the casement (grip position), so that the casements do not become

a source of danger. GEZE FPS is the «intelligent» gripping and cleaning scissor stay for vertically

installed bottom-hung rectangular windows.

Description Id. No.


FPS 340 mm Größe 1030249






Description Version ID. No.

RWA button FT4 plastic housing, 24 V DC Orange similar to RAL 2011 136232

RWA button FT4

Red similar to RAL 3000 136233

Grey similar to RAL 7035 136235

Blue similar to RAL 5009 136234

Yellow similar to RAL 1018 136236

RWA button FT4, plastic housing

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GEZE smoke detector RM 1003/24 V DC-VdS

The automatic smoke detector type 1003 with VdS approval operates according to the principle of

optical scattered light and is used for automatic release of the RWA in case of ! re. With VdS approval.

Dimensions: 42 mm x ø 102 mm, weight 120 g

j Air velocity in accordance with EN 54 Part 7j Operating voltage 8 V to 30 Vj Individual display with red LEDj Operating ambient temperature -20 0C to +60 0C

Note:

Smoke detectors should not be used if operating interference such as dust, smoke or vapour is to be

expected.

GEZE heat di! erential detector WM 1005/24 V DC-VdS

The heat di" erential detector type 1005 with VdS approval operates according to the functional

principle of the semi-conductor temperature sensor. The response variables are temperature rise and

temperature limit value of the ambient temperature. With VdS approval.

Dimensions: 42 mm x ø 102 mm, weight 120 g

j Operating voltage 8 V to 30 Vj Individual display with red LEDj Operating ambient temperature -20 0C to +60 0C

Note:

Heat di" erential detectors should not be used if rapid temperature # uctuations are to be expected

due to operating conditions.

GEZE RWA systems


Description Id. No.

RM 1003 smoke detector, VdS certi! ed 112877

Description Id. No.

WM 1005 heat di" erential detector, VdS certi! ed 112878


Control elements

Area of application: Automatic alarm actuation

Smoke detector RM 1003

Heat di" erential detector WM 1005

GEZE synchronised cut-o! E 102

The synchronised cut-o" is used for joint shutdown of two electrically operated spindle drives

24 V DC, which are mounted on one window element. An adjustable time delay ensures that runtime

di" erences between the two drives are levelled out in the end position and uniform contact pressure

of the casement.

j Supply voltage 24 V DC, min. 16 V DC, max. 40 V DC, residual ripple max. 25%j Connectable motors two 24 V DC drives with integrated load cut-o" j Motor current per motor max. 2.2 Aj Time delay can be set between 0 to 10 sec., default setting approx. 0 sec.j Opening time limit can be set between 5 and 60 sec., default setting approx. 5 sec.j Connection cross-section max. 2.5 m2j Enclosure rating IP 54j Dimensions (H x B x D) 113 x 113 x 58 mm

Description Id. No.

Synchronised cut-o" E 102 101323

Synchronised cut-o" E 102

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GEZE AS 500 vent switch LTA-24j 24 V mains voltagej Triple switchj With “Open-Stop-Closed” function keysj With LEDs to display “Open-Closed”j Flush mounting

GEZE AS 500 vent switch LTA-24-SCTj 24 V mains voltagej Triple switchj With “Open-Stop-Closed” function keysj With LEDs to display “Open-Closed”j Combined with key-operated switchj Double framej Flush mounting

GEZE AS 500 vent switch LTA-230j 230 Vj Triple switchj With “Open-Stop-Closed” function keysj Flush mounting

GEZE AS 500 vent switch LTA-230-SCTj 230 Vj Triple switchj With “Open-Stop-Closed” function keysj Combined with key-operated switchj Double framej Flush mounting

GEZE RWA systems


Description Id. No.

AS 500 vent switch LTA-24 118473

Description Id. No.

AS 500 vent switch LTA-24-SCT 127176

Description Id. No.

AS 500 vent switch LTA-230 118474

Description Id. No.

AS 500 vent switch LTA-230-SCT 118475


Venting mode

Area of application: Electrical RWA with additional venting function

Vent switch LTA-230-SCT

Vent switch LTA-230

Vent switch LTA-24-SCT

Vent switch LTA-24

GEZE synchronising unit 24 V

This synchronising unit is suitable for all GEZE electric drives with 24 V.

Description Id. No.

Synchronising unit 24 V 111198

Synchronising unit 24 V

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Venting mode

Area of application: Electrical RWA with additional venting function

GEZE RWA systems



GEZE AS 500 vent switch LTA24-AZj 24 V mains voltagej Double switchj With “Open-Closed” function keys j Flush mounting

GEZE key-operated switch SCTj For ! ush mountingj Supplied without pro" le cylinder

Vent switch LTA-24-AZ

Key-operated switch SCT

Description Id. No.

GEZE AS 500 vent switch LTA24-AZ 129393

Description Id. No.

Key-operated switch SCT single pin 117996

Key-operated switch SCT two pin 118478

GEZE information labelsj Dimensions (H x B) 52 x 148 mm

GEZE signal hornj Signal horn 24 V DC

Signal horn

Description Id. No.

Ventilation information label 025647

Smoke extraction information label 005158

Description Id. No.

Signal horn for generation of acoustic signal 072112

Information labels

GEZE AS 500 vent switch LTA-LSAj 230 Vj Triple switchj With “Open-Closed” function keysj With optional switch or latching functionj Flush mounting

Vent switch LTA-LSADescription Id. No.

AS 500 vent switch LTA-LSA 118476

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142

3

2 x 2 x 0,8

2 x 2 x 0,8 2 x 2 x 0,8

GEZE RWA systems



Control unit with evaluation electronics

The control includes the power supply and the potential-free switching contacts with microcontroller

control of the rain-wind signals. The evaluation takes place individually or jointly. The weather station

is supplied with 24 V DC/GND/signal input.

Weather station

The weather station unit contains the rain, wind and temperature sensors. The wind is measured

electrically by means of a heated ceramic wire; this removes the need for the usual mechanical

measurement using wind scoops. The rain is measured by the gold-plated printed conductors on the

surface, which measures even the ! nest rain.

If the rain-wind control is released, the connected vent switches are disabled and all the connected

drives are activated to “CLOSED”. But an alarm has precedence over the rain-wind control, i.e. in the

event of an emergency, the windows will be opened even if the rain-wind control is active (the windows

are not closed). The switching point of the wind speed sensor can be set between 1-15 m/s.

Visual display unit

Control unit with evaluation electronics, weather

station

Description Id. No.

Rain-wind control (weather station plus evaluation electronics) 091529

Visual display for optical signals in case of rain and wind activity 029238

1

3

4

2

Components

Control unit with evaluation electronics

Weather station

Visual display unit

Transfer to the emergency power control unit with potential-free switch contact

GEZE rain-wind control

The rain-wind control unit can be connected to several control units without an additional relay (loop

through signal). A rain-wind control unit provided on site by the customer can also be used; this

requires a potential-free make contact provided on site by the customer.

GEZE room temperature regulator E 70

The E 70 room temperature regulator is used for control in interior rooms.

The temperature switching point can be individually set between 5 0C and 30 0C.

Timer

If a timer is connected, windows are opened or closed at preselectable times. Optionally, a timer can

be connected to each vent switch line, whereby these must be set to pulse signal, not continuous

signal. The timer and vent switches are equal ranked control elements, i.e. the RWA emergency power

control unit takes into account the last signal.

Room temperature regulator E 70

Description Id. No.

Room temperature regulator E 70 079087

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GEZE RWA systems


Examples of types of applicationj Retro-! tting without needing to lay cables and using existing switches/buttonsj Mounting without connection to power, for example, on glassj Individual or group control of windows and doorsj Combined activation of doors and windows using a remote control

GEZE radio transmitter

For wireless activation of doors and windows, as multi-channel solution. For each additional channel,

another terminal can be switched by pressing a button.

GEZE radio receiverj Simple teach-in of the receiver with acoustic feedbackj Up to 85 radio receivers can be teached-inj DIP switches for selecting operating mode of the radio receivers (pulse mode, pule and continuous

operation)j 2 Relay outputs for individual connection options


GEZE radio programme

With a new and innovative radio solution, GEZE has adapted their range of control elements. The wireless control of doors and windows using

the GEZE radio programme makes connection to a power supply super" uous. Thanks to the tiny dimensions of the radio modules, they can

easily be integrated in the drive or an in-wall casing and can also be clipped directly into the elbow switch and mounted wirelessly on glass.

GEZE hand-held radio transmitter, 1 channel



GEZE WTM radio transmitter module


Hand-held radio transmitter

WTH-1 131209

WTH-2 131210

WTH-4 131211

Spare battery for hand-held radio transmitter 131217

Radio transmitter module WTM 131212

Spare battery for radio transmitter module 131218

Elbow switch KFTwhite, surface-mounted 114078

niro, surface-mounted 114077

Backplate for elbow switch KFTwhite 131219

niro 131220

Elbow switch LS990Surface-mounted 128582

Concealed 128583

Fan switch LTA24-AZ Concealed 129393

Radio receiver moduleWRM-24 131213

WRM-230 131215

Radio receiver module in the IP-54 housingWRM-24B 131214

WRM-230B 131216

Radio receiver board WRB-5 135170

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Building law

In the building law, structural ! re protection is speci! ed centrally. As building law is part of the legislation

of the german federal states, there are separate state building regulations for each individual federal state.

The same also applies to the special building codes. All regulations for the building or special building are

speci! ed here. The respective regulations give information for the dimensioning of smoke dissipaters and

extractors. The following is an overview of the contents of these regulations:

MBO (Model building regulations):

The model building regulations (MBO), jointly drawn up by all the states, is the basis of the state building

regulations. They de! ne the ! re safety protection goals, because buildings must conform to the general

statutory requirements.

MBO § 3, Para. 1 (Version November 2002)

“Facilities shall arranged, built, modi! ed and maintained so that public safety and order, especially life, health

or natural habitats and livelihoods are not endangered.“

MBO § 14 (Version November 2002)

“Building systems are to be arranged, built, modi! ed and maintained in such a way that the occurrence of a

! re and the spreading of ! re and smoke (! re spreading) is prevented and the rescue of people and animals

and, in the event of a ! re, e" ective ! re ! ghting is possible.”

The general requirements of the MBO are adopted by the state building regulations accordingly and are de! ned

in speci! c terms in the wording of the law of the respective building regulations and their supplementary

provisions for special buildings by additional requirements. The special building codes of the federal states

are also based on model regulations. In addition, public-law and private guidelines also apply.

For this reason, the following tables can only give an overview and it is necessary to also note and follow

the regulations of the respective federal state in which a building or structure is to be built.


“Necessary stairwells must be able to be ventilated. On each above-ground storey, they must have windows

leading directly to the outside with a free cross-sectional area of at least 0.50m2, which can be opened.

For necessary internal stairways and necessary stairways in buildings more than 13 m high (according to §2

Para. 3 Sentence 3), an opening for smoke dissipation with a free cross-sectional area of at least 1m2 is required

at the highest point; they must be able to be opened from the ground $ oor and from the top landing.”


“Each basement storey without windows must have at least one opening to the outside to enable smoke

dissipation. Joint basement lightwells for basement storeys above each other are not permitted.”

Legal basis of RWA *)

Planning & building law

The objectives of the planning & building law are as follows:j Prevent the occurrence of a ! rej Stem spreading of the ! rej Secure escape routesj Make ! re ! ghting possiblej Contain environmental pollution in the form of the emission of contaminants, water pollution

*) Please note: The explanations refer to Germany; country-speci! c di" erences must be noted and

complied with abroad.

Planning & building law in Germany is divided into building law and construction products law.

These are explained in greater detail in the following:

LEGAL BASIS OF RWA

BUILDING LAW

GEZE RWA systems

LEGAL BASIS

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“It must be possible to ventilate lift shafts and they must have an opening for smoke dissipation with a free

cross-sectional area of at least 2.5 % of the ! oor area of the lift shaft; however, at least 0.10m2. The location

of the smoke outlet openings must be chosen so that the smoke is not impaired by wind.“


Special requirements can be set for special buildings on a case by case basis to implement the general

requirements according to § 3 Para. 1. (...)

11. the ventilation and smoke dissipation (...)“

Requirements of the MBO and LBOs regarding smoke dissipation and

ventilation

The following table gives an overview of the requirements in the individual federal state building regulations

(LBOs) regarding smoke dissipation in stairwells. Please contact GEZE GmbH if you require information

about smoke dissipation and ventilation in basements and lift shafts.

Note:

The following are currently relevant extracts. Continuous updates must be taken into account.

BUILDING LAW

Federal state Regula-tions

Dated Smoke dissipation when? Smoke dissipation where?

Smoke dissipation - how large?

Operating points where?

Ventilation

MBO

(Model

building

regula-

tions)

Version

November

2000

For necessary internal

stairways and necessary

stairways in buildings more

than 13m high

At the highest

point

With a free cross-

section of at least

1m2

Ground ! oor and

top landing

Necessary stairwells: On each above-

ground storey, windows leading

directly to the outside with a free cross-

sectional area of at least 0.5m2, which

can be opened

Baden-

Württem-

berg

LBO

(state

building

regula-

tions)

Version

March

2010

No provision for smoke dissipation / extraction

-> for special buildings only

Adequate ventilation

Toilets + bathrooms

Bavaria LBO

(state

building

regula-

tions)

25 Febr.

2010




than 13m high

At the highest

point

With a free cross-

section of at least

1m2

Ground ! oor and

top landing





can be opened

Berlin LBO

(state

building

regula-

tions)

7 June

2007




than 13m high

At the highest

point

With a free cross-

section of at least

1m2

Ground ! oor and

top landing



directly to the outside with minimum

size 0.6m x 0.9m (width x height), which

can be opened and have a sill height

not greater than 1.20m

Brandenburg LBO

(state

building

regula-

tions)

13 April

2010




than 13m high.

Not for residential buildings

with less than 2 ! ats

At the highest

point

With a free cross-

section of at least

1m2

Ground ! oor and

top landing





can be opened

Bremen LBO

(state

building

regula-

tions)

6 October

2009




than 13m high.

Not for residential buildings

with less than 2 ! ats

At the highest

point

With a free cross-

section of at least

1m2

Ground ! oor and

top landing





can be opened

GEZE RWA systems

LEGAL BASIS

– Continued overleaf –

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BUILDING LAW

GEZE RWA systems

LEGAL BASIS

Federal

state

Regula-

tions

Dated Smoke dissipation

where?

Smoke

dissipation

where?

Smoke

dissipation -

how large?

Operating

points where?

Ventilation

Hamburg LBO

(state

building

regula-

tions)

11 May

2010




than 13m high

At the highest

point

With a free cross-

section of at least

1m2

Ground " oor and

top landing





can be opened

Hesse LBO

(state

building

regula-

tions)

15 Decem-

ber 2009

For necessary internal stair-

ways Class 5 buildings

At the highest

point

With a free cross-

section of at least

1m2

Ground " oor and

top landing





can be opened

Mecklen-

burg-West

Pomerania

LBO

(state

building

regula-

tions)

18 April

2006




than 13m high

At the highest

point

With a free cross-

section of at least

1m2

Ground " oor and

top landing





can be opened

Lower

Saxony

LBO

(state

building

regula-

tions)

28 October

2009

No statement regarding

smoke dissipation / smoke

extraction

Stairways must be able to be ventilated

North Rhine-

Westphalia

LBO

(state

building

regula-

tions)

17 Decem-

ber 2009

Building with more than

5 storeys above the ground

and in case of necessary

internal stairways

At the highest

point of the

stairwell

With a free cross-

section of at least

5% of the " oor

area; however, at

least 1m2

Ground " oor

and top landing.

Further operat-

ing points can be

approved.





can be opened

Rhineland-

Palatinate

LBO

(state

building

regula-

tions)

27 October

2009

Buildings with more than

5 storeys above the ground

and for necessary internal

stairways, not located at

the external wall

At the highest

point of the

stairwell

With a free cross-

section of at least

5% of the " oor

area; however,

at least 1m2

Ground " oor

and top landing.

Further operat-

ing points can be

approved.

Stairways must be able to be ventilated

On each above-ground storey of neces-

sary stairways located at the external

wall in building classes 4 + 5, must

have windows leading directly to the

outside with minimum size 0.6m x 0.9m

(width x height), which can be opened

and have a sill height not greater than

1.20m

Saarland LBO

(state

building

regula-

tions)

21 Novem-

ber 2007




than 13m high

At the highest

point of the

stairwell

With a free cross-

section of at least

1m2

Ground " oor and

top landing





can be opened

Saxony LBO

(state

building

regula-

tions)

13 August

2009




than 13m high

At the highest

point

With a free cross-

section of at least

1m2

Ground " oor and

top landing





can be opened

Saxony-

Anhalt

LBO

(state

building

regula-

tions)

20 Decem-

ber 2005




than 13m high

At the highest

point of the

stairwell

With a free cross-

section of at least

1m2

Ground " oor and

top landing





can be opened

Schleswig-

Holstein

LBO

(state

building

regula-

tions)

9 March

2010




than 13m high

At the highest

point of the

stairwell

With a free cross-

section of at least

1m2

Ground " oor and

top landing





can be opened

Thuringia LBO

(state

building

regula-

tions)

8 July 2009 For necessary internal



than 13m high

At the highest

point of the

stairwell

With a free cross-

section of at least

1m2

Ground " oor and

top landing





can be opened

Requirements of the MBO and LBOs regarding smoke dissipation and

ventilation

– Continued –

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GEZE RWA systems

LEGAL BASIS

Requirements of the model special building code

Special regulations exist, among other things, for the following special buildings:

j High-rise buildingsj Accommodation facilities (hotels, etc.)j Sales premisesj Assembly placesj Schoolsj Hospitalsj Industrial buildings

Note:

The following are currently relevant extracts. Continuous updates must be taken into account.

BUILDING LAW

Special building code Dated Annex

Model school construction guidelines Version July 1998 Smoke extraction

Model sales premises regulations Version September 1995 Smoke extraction and ventilation

Model assembly place regulations Version June 2005Smoke dissipation, smoke extraction and

ventilation

Model hospital building code Version December 1976 Smoke dissipation and ventilation

Model industrial construction guidelines Version March 2000Smoke dissipation, smoke extraction and

ventilation

Model high-rise building guidelines Version May 2008Smoke dissipation, smoke extraction and

ventilation

Construction products law

The construction products law stipulates the requirements for construction products.

EN 12101, Part 2

Legal basis

The harmonised EN 12101 Part 2 de! nes the requirements for the SHEV building product and stipulates its

testing, classi! cation and CE marking. The objective of the CE marking is to make the import and export of

goods within the EU easier.

The standard sets the following requirements for the testing and classi! cation of the SHEVs:

j Determination of the aerodynamically e" ective opening areaj Checking the reliabilityj Functional test under loadj Functional test at low ambient temperaturej Stability check under wind loadsj Checking the e" ect of heat

Certi! cation to EN 12101 Part 2

The conformity procedure of EN 12101-2 is described in Annex ZA.

CONSTRUCTION PRODUCTS LAW

Product Intended useConformity certi! cation

system

Natural smoke and heat

extraction unitsFire protection 1

Annex ZA to this standard de! nes the following mandatory requirements:

j Initial type test (ITT)j Factory production control (WPK)j Initial visit and routine external monitoring by noti! ed body

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Servicing and maintenance

According to the MBO, owners and clients are obliged to ensure proper maintenance, as “buildings and

structures ...() shall be arranged, built, modi! ed and maintained so that public safety and order, especially

life, health and natural habitats and livelihoods are not endangered”. Construction projects may not be

used without proper maintenance (cf. §3 Para. 1 and 2 MBO).

The client or owner shall independently ensure servicing, maintenance and inspection. All structural

members and components shall be regularly checked for damage or deformations.

The owner/operator of an RWA system is obliged to take all necessary safety precautions to avert hazards

endangering people and property in the building.

By ensuring the function of the smoke and heat extraction systems through regular maintenance, they

decisively reduce the actual risk of damage and injuries and also reduce the risk of liability in the event of

an incident or claim. In this way they can document at any time that they have ful! lled their obligation to

keep the RWA systems ready for use and operation.

A selection of regulations and laws

Constitutional law Art. 2:

“Each person has the right to freedom from bodily harm.”


“Facilities shall arranged, built, modi! ed and maintained so that public safety and order, especially life,

health or natural habitats and livelihoods are not endangered.“


“Building systems are to be arranged, built, modi! ed and maintained in such a way that the occurrence of a

! re and the spreading of ! re and smoke (! re spreading) is prevented and the rescue of people and animals

and, in the event of a ! re, e" ective ! re ! ghting is possible.”

GEZE drives certi! ed to EN 12101 Part 2 and tested GEZE SHEVs can be installed, are shown separately in

Chapter 6" . For a more precise system description and more detailed information on the topic of SHEV you

can refer to the GEZE SHEV system document.

Further important guidelines are MLAR (Model Cable Systems Guidelines - “Musterleitungsanlagen-

Richtlinie”) and DIN VDE 0833: Requirements for cables - MLAR (Version March 2000)

According to the model cable systems guidelines (MLAR), functional endurance classi! cation E30 is

su# cient for natural smoke extraction systems. These cables must be tested and approved according to

DIN 4102 Part 12. The cables must be laid according to the speci! cations of the cable manufacturer, with

the appropriate ! xing materials.

Exceptions according to the MLAR (Version March 2000)

Functional endurance for the RWA cables is not necessary if a ! re early detection release element with

SMOKE variable (smoke detector) monitors the complete cable route and release of the automatic detector

results in opening of the RWA. The practical consequence of this is: Rooms through which an RWA cable is

routed and in which RWA c omponents are installed must be monitored by smoke detectors if the cable

is not laid to E30 standard.

Concealed, ! ush laying

It must be noted that concealed, $ ush laying (under plaster) is not an approved type of laying to achieve

functional endurance based on DIN 4102 Part 12. If the functional endurance requirement is to be ful! lled

with concealed cables, they must also be to classi! cation E30 or the room must be secured by smoke

detectors.

Operating time

Referring to DIN VDE 0833-2 (6.1.6 / 2004) , in the event of a power failure, the RWA must also be able to

“at least maintain operation for an operating period of 72 hours”.

CONSTRUCTION PRODUCTS LAW

SERVICING AND

MAINTENANCE

GEZE RWA systems

LEGAL BASIS

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SERVICING AND MAINTENANCE

GEZE RWA systems

LEGAL BASIS

DIN VDE 0833-1 (5.3.4 / 2003)

“Maintenance must be carried out according to the manufacturer's instructions – taking into account the

particular operating conditions - however, at least annually.“

DIN 18232 Part 2 (Version November 2007)

At regular intervals according to the manufacturer's instructions, usually once a year, smoke extraction

systems and their actuators and controls, opening units, power supply cables and their accessories must

be inspected to ensure they are in good working order and ready for operation and if necessary must be

repaired. The inspections and maintenance work must be noted in an inspection log. Inspections are to be

carried out by specialist ! rms quali! ed for NRA only.

Regulations concerning the monitoring of building services systems

Supplementary to the regular annual maintenance, RWA in so-called buildings and structures of a special

type and use, e.g. commercial properties (o" ce blocks with or without shops), assembly places, large

garages, must be inspected at three-year intervals by a competent expert licensed under the building

legislation/by the state. Regular maintenance is an essential prerequisite for these statutory inspections. The

maintenance ! rm usually undertakes the obligation of the owner/operator to providing suitable quali! ed

personnel for the inspection of the systems by the competent expert. In the inspection regulations for

technical systems and building services of the individual federal states, the requirement for maintenance

and servicing is speci! ed separately.

Therefore, the following points should be guaranteed with respect to the servicing and maintenance of

RWA systems:

- RWA systems are to be serviced and if necessary repaired at least once a year.

- The servicing/maintenance may only be carried out by competent, quali! ed persons. This competence

must be veri! ed. Authorisation must be given by GEZE.

- Inspections must be noted in an inspection log.

Assistance during installation and startup

GEZE o# ers system advice assistance, either by authorised partner ! rms or personnel from the head o" ce.

The installation and functional testing of an RWA must always be carried out by the manufacturer or a

specialist ! rm authorised by the manufacturer, as this is the only way to ensure that the system-relevant

functions are completely ful! lled. The RWA acceptance must be accepted by a competent expert.

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Steps for RWA system design

Calculation of the smoke extraction area

Smoke extraction is the removal of smoke in case of ! re (hot smoke removal). A stable, low-smoke layer

results close to the " oor which enables safe use of escape routes. A SHEV in accordance with EN 12101 Part

2 must, in Germany, always be used if natural “smoke extraction” is required by the building regulations.

Cold smoke removal is used for smoke dissipation, used to remove the remaining smoke in the building

after a ! re. This is not a safety relevant construction product listed in construction regulations list C.

The smoke extraction area is calculated using the design group, room height and the height of the low-

smoke layer from the relevant Table 3 of DIN 18232 Part 2 per smoke compartment. This total smoke

extraction area is then divided between an appropriate number of façade openings and skylights (NRA:

natural smoke extraction).

The relevant regulations provided by the standard must be taken into account.

The façade openings determined in this way should each be installed with a maximum distance of 0.5 m

between the top edge of the façade openings and the ceiling in at least two opposite external walls of

a smoke compartment. The façade openings should be located completely in the smoke compartment;

the bottom edge of the discharge opening should be at least 0.5 m above the limit of the calculated low-

smoke layer (in accordance with table 3, DIN 18232 Part 2).

Calculation of the fresh air area

The fresh air areas must be located completely within the low-smoke layer and be at least 1.5 times the size

of the exhaust air area. In addition, the correction factors in accordance with EN 18232-2 must be noted

and taken into account.

The top edge of the fresh air opening must be at least 1 m from the smoke layer limit. In the area of doors

or windows with maximum 1.25 m width, this distance can be reduced to 0.5 m. It must always be ensured

that the in" owing air does not " ow directly into the smoky gas layer and that this impetus does not cause

swirling of the smoky gases. The fresh air must be fed into the building close to the " oor and at the greatest

possible distance from the smoky gas layer.

Various systems are available as drive units for exhaust air and fresh air openings. Linear, spindle, scissor

stay and chain drives have been tried and tested in practice for many years and nowadays represent state

of the art standards. The di$ erent systems are available in di$ erent performance classes. Depending on

the opening system (dimensions, weight, installation situation), a drive can be selected which guarantees

perfect functional safety for years.

Design of the control

The RWA emergency power control unit is the central control unit to which all components are connected.

In case of a ! re they provide the power supply for the RWA openings for at least 72h via rechargeable

batteries. Therefore, the power consumption of the individual components must be determined during

the planning and the performance class of the central control unit must be selected accordingly.

Planning the wiring

According to the model cable systems guidelines (MLAR), functional endurance classi! cation E30 is

su% cient for natural smoke extraction systems. These cables must be tested and approved according to

DIN 4102 Part 12. The cables must be laid according to the speci! cations of the cable manufacturer, with

the appropriate ! xing materials.

Exceptions according to the MLAR (Version March 2000):

Functional endurance for the RWA cables is not necessary if a ! re early detection release element with

SMOKE variable (smoke detector) monitors the complete cable route and release of the automatic detector

results in opening of the RWA. The practical consequence of this is: Rooms through which an RWA cable is

routed and in which RWA components are installed must be monitored by smoke detectors if the cable is

not laid to E30 standard.

Concealed, ! ush laying: It must be noted that concealed, " ush laying (under plaster) is not an approved

type of laying to achieve functional endurance based on DIN 4102 Part 12. If the functional endurance

requirement is to be ful! lled with concealed cables, they must also be to classi! cation E30 or the room

must be secured by smoke detectors.


GEZE RWA SYSTEMS

RW

A S yst e m s

G E Z E R WA A N D V E N T I L AT I O N T E C H N O LO G Y

Id. No. 127785 · Version EN 110707 · All rights reserved

G E Z E R E P R E S E N TAT I V E

Scandinavia – Finland

Branch o� ce of GEZE Scandinavia AB

Herralantie 824

Postbox 20

15871 Hollola

Tel. +358 (0) 10-40 05 100

Fax +358 (0) 10-40 05 120

E-Mail: � [email protected]

Scandinavia – Denmark

GEZE Danmark

Branch o� ce of GEZE Scandinavia AB

Mårkærvej 13 J-K

2630 Taastrup

Tel. +45 (0) 46-32 33 24

Fax +45 (0) 46-32 33 26

E-Mail: [email protected]

South Africa

DCLSA Distributors (Pty.) Ltd.

118 Richards Drive, Halfway House,

Ext 111

P.O. Box 7934, Midrand 1685

Tel. +27 (0) 1131 58 286

Fax +27 (0) 1131 58 261


Switzerland

GEZE Schweiz AG

Bodenackerstrasse 79

4657 Dulliken

Tel. +41 (0) 62-285 54 00

Fax +41 (0) 62-285 54 01


Turkey

GEZE GmbH Türkiye - İstanbul

İrtibat Bürosu

Ataşehir Bulvarı, Ata 2/3

Plaza Kat: 9 D: 84 Ataşehir

Kadıköy / İstanbul

Tel. + 90 (0) 21 64 55 43 15

Fax + 90 (0) 21 64 55 82 15

E-Mail: o� [email protected]

Ukraine

GEZE Ukraine TOV

ul. Viskoznaya, 17,

Building 93-B, O� ce 12

02094 Kiev

Tel./Fax +38 (0) 44 501 22 25

Tel. +38 (0) 44 499 77 25


United Arab Emirates/GCC

GEZE Middle East

P.O. Box 17903

Jebel Ali Free Zone

Dubai

Tel. +971 (0) 4-88 33 112

Fax +971 (0) 4-88 33 240


United Kingdom

GEZE UK Ltd.

Blenheim Way

Fradley Park

Lich� eld

Sta& ordshire WS13 8SY

Tel. +44 (0) 1543 44 30 00

Fax +44 (0) 1543 44 30 01


India

GEZE India Private Ltd.

MF 2 & 3, Guindy Industrial Estate

Ekkattuthangal

Chennai 600 097

Tamilnadu

Tel. +91 (0) 44 30 61 69 00

Fax +91 (0) 44 30 61 69 01


Italy

GEZE Italia Srl

Via Giotto, 4

20040 Cambiago (MI)

Tel. +39 (0) 29 50 695-11

Fax +39 (0) 29 50 695-33


GEZE Engineering Roma Srl

Via Lucrezia Romana, 91

00178 Roma

Tel. +39 (0) 6-72 65 311

Fax +39 (0) 6-72 65 3136


Poland

GEZE Polska Sp.z o.o.

ul. Annopol 21

03-236 Warszawa

Tel. +48 (0) 22 440 4 440

Fax +48 (0) 22 440 4 400


Romania

GEZE Romania s.r.l.

IRIDE Business Park,

Str. Dimitrie Pompeiu nr. 9-9a,

Building 10, Level 2, Sector 2,

020335 Bucharest

Tel.: +40 (0) 21 25 07 750

Fax: +40 (0) 21 25 07 750


Russian Federation

GEZE GmbH Representative

O� ce Russia

Kolodesnij pereulok3, str. 25

O� ce Nr. 5201-5203

107076 Moskau

Tel. +7 (0) 49 55 89 90 52

Fax +7 (0) 49 55 89 90 51


Scandinavia – Sweden

GEZE Scandinavia AB

Mallslingan 10

Box 7060

18711 Täby, Sweden

Tel. +46 (0) 8-7323-400

Fax +46 (0) 8-7323-499


Scandinavia – Norway

GEZE Scandinavia AB avd. Norge

Industriveien 34 B

2073 Dal

Tel. +47 (0) 639-57 200

Fax +47 (0) 639-57 173


China

GEZE Industries (Tianjin) Co., Ltd.

Shuangchenzhong Road

Beichen Economic Development

Area (BEDA)

Tianjin 300400, P.R. China

Tel. +86 (0) 22-26 97 39 95-0

Fax +86 (0) 22-26 97 27 02



Branch O� ce Shanghai

Unit 25N, Cross Region Plaza

No 899, Ling Ling Road,

XuHui District

200030 Shanghai, P.R China

Tel. +86 (0) 21-523 40 960

Fax +86 (0) 21-644 72 007



Branch O� ce Guangzhou

Room 17C3

Everbright Bank Building, No.689

Tian He Bei Road

510630 Guangzhou

P.R. China

Tel. +86 (0) 20-38 73 18 42

Fax +86 (0) 20-38 73 18 34


GEZE Industries (Tianjin) Co., Ltd

Branch O� ce Beijing

Room 1001, Tower D

Sanlitun SOHO

No. 8, Gongti North Road,

Chaoyang District

100027 Beijing, P.R.China

Tel. +86 (0) 10-59 35 93 00

Fax +86 (0)10-59 35 93 22


France

GEZE France S.A.R.L.

ZAC de l’Orme Rond

RN 19

77170 Servon

Tel. +33 (0) 1-60 62 60-70

Fax +33 (0) 1-60 62 60-71


Hungary

GEZE Hungary Kft.

Bartók Béla út 105-113.

Budapest

H-1115

Tel. +36 (1) 481 4670

Fax +36 (1) 481 4671


Iberia

GEZE Iberia S.R.L.

Pol. Ind. El Pla

C/Comerc, 2-22, Nave 12

08980 Sant Feliu de Llobregat

(Barcelona)

Tel. +34 9-02 19 40 36

Fax +34 9-02 19 40 35


GEZE Service GmbH NL Südwest

Reinhold-Vöster-Straße 25

71229 Leonberg

Tel. +49 (0) 7152-92 33 34

GEZE Service GmbH NL Nord-Ost

Bühringstraße 8

13086 Berlin (Weissensee)

Tel. +49 (0) 30-47 02 17 32

GEZE Service GmbH NL West

Nordsternstraße 65

45329 Essen

Tel. +49 (0) 201-8 30 82 16

GEZE Service GmbH NL Mitte

Feldbergstraße 59

61440 Oberursel

Tel. +49 (0) 6171-63 327-0

GEZE Service GmbH NL Süd

Parkring 17

85748 Garching bei München

Tel. +49 (0) 89-120 07 42-0

Austria

GEZE Austria

Wiener Bundesstrasse 85

A-5300 Hallwang

Tel: +43/6225/87180

Fax: +43/6225/87180-299


Baltic States

GEZE GmbH Baltic States o� ce

Dzelzavas iela 120 S

1021 Riga

Tel. +371 (0) 67 89 60 35

Fax +371 (0) 67 89 60 36


Benelux

GEZE Benelux B.V.

Leemkuil 1

Industrieterrein Kapelbeemd

5626 EA Eindhoven

Tel. +31 (0) 40-26 290-80

Fax +31 (0) 40-26 290-85


Bulgaria

GEZE Bulgaria - Trade

Representative O� ce

61 Pirinski Prohod, entrance „B“,

4th ? oor, o� ce 5,

1680 So� a

Tel. +359 (0) 24 70 43 73

Fax +359 (0) 24 70 62 62


GEZE GmbH

P.O. Box 1363

71226 Leonberg

Germany

GEZE GmbH

Reinhold-Vöster-Straße 21-29

71229 Leonberg

Germany

Telefon +49 (0) 7152-203-0

Telefax +49 (0) 7152-203-310

www.geze.com

Germany

GEZE Sonderkonstruktionen GmbH

Planken 1

97944 Boxberg-Schweigern

Tel. +49 (0) 7930-92 94-0

Fax +49 (0) 7930-92 94-10


GEZE GmbH

Niederlassung Nord/Ost

Bühringstraße 8

13086 Berlin (Weissensee)

Tel. +49 (0) 30-47 89 90-0

Fax +49 (0) 30-47 89 90-17


GEZE GmbH

Niederlassung West

Nordsternstraße 65

45329 Essen

Tel. +49 (0) 201-83 082-0

Fax +49 (0) 201-83 082-20


GEZE GmbH

Niederlassung Mitte

Adenauerallee 2

61440 Oberursel (b. Frankfurt)

Tel. +49 (0) 6171-63 610-0

Fax +49 (0) 6171-63 610-1


GEZE GmbH

Niederlassung Süd

Breitwiesenstraße 8

71229 Leonberg

Tel. +49 (0) 7152-203-594

Fax +49 (0) 7152-203-438


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